A Comprehensive Guide to KONG, Ironclad, Ringers, and HexArmor Gloves: Product Series, Models, Features, and Comparative Analysis

Ironclad Kong 360Â° A5 Ive Glove, Black & Red, Size 3XL, 1 Pair, KKCA5-07-XXXL – WhaleSupply.com

3.1 Introduction to KONG Industrial Gloves

KONG® industrial gloves are designed for workers who require a combination of impact protection, abrasion resistance, grip, durability, and mechanical protection.

The brand is particularly relevant to:

Oil and gas exploration.
Offshore drilling platforms.
Onshore drilling operations.
Mining and quarrying.
Heavy construction.
Steel and metal processing.
Industrial maintenance.
Pipe handling and rigging.
Heavy equipment operation.

Unlike conventional knitted gloves designed primarily for light assembly or general handling, many KONG models incorporate protective structures over the back of the hand.

These structures help protect vulnerable areas when hands come into contact with equipment, pipes, tools, and other hard objects.

The KONG range marketed by Ironclad includes several product collections:

KONG Heavy Duty.
KONG Cut Resistant.
KONG Insulated.
KONG Grip.
KONG Chemical Resistant.

The manufacturer’s catalog and current product pages provide the most useful starting points for identifying individual models. ironclad.com+2

3.2 KONG Heavy Duty Series

Kong® Original Hi-Vis Impact Gloves – ATOM

atom.com.au

The KONG Heavy Duty collection is intended for workers who need durable hand protection during demanding industrial activities.

Its principal design priorities include:

Back-of-hand impact protection.
Palm abrasion resistance.
Reinforced wear areas.
Secure grip.
Durability under repeated handling.
Easy donning and removal.
High-visibility construction on selected models.

3.2.1 KONG Original

Representative heavy-duty model

Rękawice ochronne KONG Original – bezkompromisowa ochrona dłoni

strefa998.pl

The KONG Original is one of the recognizable products in the KONG range.

It was developed for heavy-duty work, particularly oil and gas applications.

Main construction features

Double-layer synthetic leather palm.
Breathable nylon back-of-hand material.
Patented KONG impact protection.
Protective TPR structures over fingers, thumb, knuckles, and metacarpal areas.
Slip-on cuff.
High-visibility palm details on the applicable configuration.

The protective structures help reduce the severity of certain impacts to the protected hand areas. They do not make the glove completely impact-proof.

Typical applications

Drilling operations.
Pipe handling.
Oilfield maintenance.
Industrial equipment handling.
General heavy-duty material handling.
Construction and mechanical work.

Advantages

Provides extensive impact coverage.
Suitable for demanding industrial environments.
Synthetic leather palm offers durability.
Slip-on construction allows relatively quick removal.
Machine-washable construction is identified by the manufacturer, subject to its care instructions.

Disadvantages

The relatively substantial construction can reduce fingertip sensitivity.
It is not designed to replace a specialist high-level cut-resistant glove in every application.
Thick protective elements may make delicate assembly difficult.
The palm material and protective structure must be checked for compatibility with oily or wet working conditions.

The manufacturer describes the KONG Original as a heavy-duty impact glove with double-layer synthetic leather and full-coverage TPR protection. ironclad.com

3.2.2 KONG Rigger

Ironclad KONG KRIG Rigger Hi-Viz Work Gloves – Single Pair – Safety Gear – 8621021692132

safetygear.com

KONG Rigger is intended for industrial activities involving rough materials, tools, and equipment.

The product is listed in the KONG Heavy Duty collection with an EN 388 performance marking of 3122AP and an ANSI cut rating of A2 in the manufacturer’s online listing.

Its design is positioned around heavy-duty handling rather than delicate precision tasks.

Potential applications

Rigging preparation.
Construction.
Industrial maintenance.
Material handling.
General oilfield operations.

Advantages

Robust industrial construction.
Appropriate for handling tasks requiring a balance of mechanical protection and grip.
Useful as a general heavy-duty option.

Disadvantages

A2 cut resistance is not sufficient for every sharp-edge application.
It should not be selected solely because it belongs to a heavy-duty glove family.
The exact palm construction and fit should be checked against the task.

3.2.3 KONG High Abrasion Dexterity IVE

KONG® HIGH ABRASION DEXTERITY IVE™

KONG® COTTON CORDED PALM IVE™

This model combines abrasion protection with a design intended to retain useful hand movement.

The manufacturer lists EN 388 performance of 4331BP and ANSI cut level A2.

Key characteristics

High-abrasion palm construction.
Dexterity-oriented design.
Impact protection features.
High-visibility IVE technology.
Reinforcement in areas exposed to repeated wear.

Recommended applications

Industrial equipment handling.
General maintenance.
Construction.
Mechanical operations.
Tasks involving repeated friction against work surfaces.

Advantages

Offers a useful combination of abrasion resistance and movement.
Appropriate for repeated handling tasks.
Provides more protection than many basic general-purpose gloves.

Disadvantages

It is not a substitute for a specialist high-cut glove.
Its protection should not be confused with chemical or thermal protection.
The glove may not provide sufficient protection against severe impact hazards in every application.

3.2.4 KONG Cotton Corded Palm

Cotton corded palm models are designed for workers who need a durable palm surface for general industrial handling.

Selected configurations combine:

Cotton or cotton-blend corded palm material.
Polyester knit back.
Protective impact structures.
Reinforcement in high-wear areas.
Slip-on cuff.

Applications

General industrial handling.
Construction.
Warehouse operations.
Equipment maintenance.
Handling materials with rough surfaces.

Advantages

Practical construction for repeated handling.
Comfortable textile back on applicable models.
Useful for general-purpose heavy-duty work.

Disadvantages

Protection levels differ substantially between versions.
Cotton-based palm construction is not automatically suitable for oil-contaminated handling.
It should not be treated as chemical-resistant PPE.

3.3 KONG Cut Resistant Series

KONG® 360° CUT A4

KONG® DECK CREW WATERPROOF A7 IVE™

The KONG Cut Resistant collection is designed for applications where sharp materials and mechanical impact may occur together.

Examples include:

Metal fabrication.
Pipe handling.
Steel construction.
Sheet-metal processing.
Heavy industrial assembly.
Oilfield maintenance.
Handling sharp-edged components.

One important technical consideration is that cut resistance and impact resistance are separate performance properties.

A glove with excellent cut protection may have limited impact protection, while a heavy-duty impact glove may have a relatively modest cut rating.

The KONG Cut Resistant range contains models designed to address these combinations.

3.3.1 KONG 360° Cut A3 IVE

KONG® 360° CUT A3 IVE™

This model is designed for applications requiring all-around cut-resistant glove construction.

The manufacturer’s listing identifies ANSI cut level A3 and EN 388 rating 4X43CP.

Main characteristics

Cut-resistant shell.
Protective coating.
Impact protection elements.
High-visibility IVE technology.
Grip-oriented construction.

Suitable applications

General metal handling.
Industrial maintenance.
Assembly involving sharp components.
Construction material handling.
Manufacturing.

Advantages

Offers a balance between cut protection and mechanical durability.
Provides additional impact protection features.
More versatile than a basic cut-resistant liner for tasks involving multiple mechanical hazards.

Disadvantages

A3 is not a high-end cut rating.
It should not be used for extremely sharp blade exposure simply because it provides 360-degree protection.
Coating and fit influence practical grip and dexterity.

3.3.2 KONG 360° Cut A4

KONG® 360° CUT A4

The KONG 360° Cut A4 is designed for users who require greater cut protection than the A3 category.

The current product listing identifies:

ANSI cut level A4.
EN 388 rating 4X43C.

Recommended applications

Sheet-metal handling.
Manufacturing.
Handling sharp-edged industrial components.
Metal assembly.
General industrial maintenance.

Advantages

Higher ANSI cut classification than the A3 model.
Suitable for a wider range of moderate cut-risk tasks.
Provides mechanical protection beyond that of an ordinary lightweight handling glove.

Disadvantages

Not equivalent to A5, A6, A7, A8, or A9 gloves.
Dexterity may be lower than a lightweight assembly glove.
The actual performance must be assessed using the complete glove’s test results.

3.3.3 KONG 360° A3 Grip IVE

KONG® 360° CUT A3 IVE™

KONG 360° A5 IVE™ maksymalna ochrona przed uderzeniami i przecięciami!

This version places additional emphasis on grip.

The product is designed for workers who need to handle materials while maintaining control of tools and components.

Its listed EN 388 performance is 4X43CP, with ANSI cut level A3.

Advantages

Grip-focused construction.
Cut-resistant design.
Additional impact protection features.
Useful in applications where secure handling is important.

Disadvantages

The A3 cut classification limits its suitability for high-cut-risk environments.
Grip performance depends on the condition of the palm and the working surface.
The glove should be trialed with actual workplace materials.

3.3.4 KONG 360° A5 IVE

strefa998.pl

The A5 model is intended for more demanding cut-risk environments.

The manufacturer lists EN 388 performance 4X43EP and ANSI cut level A5.

Applications

Metal processing.
Industrial maintenance.
Handling components with sharp edges.
Manufacturing operations involving repetitive cutting hazards.

Advantages

Higher cut classification than the A3 and A4 versions.
Combines cut-resistant construction with additional mechanical protection.
Useful for demanding industrial handling.

Disadvantages

More protection does not necessarily mean better performance for every task.
The fit, grip, and coating must be considered.
A5 is not a guarantee against every blade, edge, or puncture hazard.

3.3.5 KONG PRO A6

High-cut protection option

The KONG PRO A6 is one of the most notable cut-resistant models in the collection.

The manufacturer identifies:

ANSI cut level A6.
EN 388 rating 4X44FP.

Its construction is intended to combine substantial cut protection with impact protection and practical grip.

Key features

High-strength palm fabric.
DuPont™ Kevlar® palm liner.
Grip-enhancing palm details.
Patented impact protection.
Protective structures designed to cover exposed areas of the hand.

Recommended applications

Oil and gas.
Heavy industrial maintenance.
Metal handling.
Construction.
Handling equipment and sharp-edged components.
Tasks requiring combined cut and impact protection.

Advantages

A6 cut classification.
Combines several types of mechanical protection.
Suitable for demanding work environments.
Provides more comprehensive protection than a simple knitted cut-resistant glove.

Disadvantages

Its heavier construction may limit fine fingertip movement.
It may be excessive for light assembly.
A6 cut resistance does not establish chemical, heat, electrical, or puncture protection.
Buyers should confirm the exact certification and available sizes.

The manufacturer identifies the KONG PRO A6 as a cut-resistant impact glove and publishes its EN 388 and ANSI cut performance on the official product listing. Industrial Safety Gloves+1

3.3.6 KONG Rigger Cut

KONG® RIGGER GRIP A5

Ironclad, KDC5 Kong Deck Crew, Impact Work Gloves, Heavy Duty Palm, EN 4X44FP | Flemings Safety

KONG Rigger Cut is designed for tasks where additional cut protection is required in a heavy-duty handling glove.

The product listing identifies ANSI A5 cut protection and EN 388 4X42DP.

Potential applications

Rigging.
Pipe handling.
Construction.
Heavy material handling.
Industrial maintenance.

Advantages

Combines a heavy-duty glove concept with increased cut protection.
Suitable for demanding industrial handling.
Provides a practical alternative to lighter cut-resistant gloves in some applications.

Disadvantages

It is not intended for every precision-handling task.
A5 is not the highest available ANSI cut level.
Users should confirm palm grip under actual working conditions.

3.3.7 KONG Deck Crew

flemings-safety.com

KONG Deck Crew is intended for heavy-duty deck and industrial handling applications.

The product collection includes a model listed with EN 388 4X44FP and ANSI A7 cut resistance.

Potential applications

Offshore operations.
Marine industrial work.
Heavy material handling.
Rigging.
Handling abrasive and sharp materials.

Advantages

High cut classification in the listed configuration.
Combines cut and impact protection.
Designed for demanding industrial environments.

Disadvantages

A heavy-duty construction may reduce fine dexterity.
Buyers should not assume that all Deck Crew versions have identical performance.
Grip must be assessed for the actual wet, oily, or dry work environment.

The current KONG cut-resistant collection includes the A3, A4, A5, A6, A7, Rigger Cut, Deck Crew, and waterproof variants. Heavy Duty Work Gloves+1

3.4 KONG Insulated Series

KONG® INSULATED WATERPROOF

Workers in cold environments require protection against both mechanical hazards and low temperatures.

The KONG Insulated collection addresses this requirement through insulated glove constructions, including waterproof options.

Representative models include:

KONG 360° Cut A4 Insulated.
KONG 360° Cut Insulated Waterproof.
KONG Insulated Waterproof.
KONG High Dexterity Waterproof.

KONG 360° Cut A4 Insulated

This model is intended for cold environments where cut protection remains important.

Advantages

Combines thermal insulation with cut-resistant construction.
Useful for outdoor industrial activities.
Reduces direct exposure of the hands to cold working conditions.

Disadvantages

Insulation can reduce tactile sensitivity.
Thick gloves may make small fasteners and controls more difficult to handle.
Buyers should verify whether the specific version has an independently certified EN 511 performance rating.

KONG 360° Cut Insulated Waterproof

This model is designed to combine insulation, waterproof functionality, and cut protection.

The manufacturer’s listing identifies ANSI cut level A7 and EN 388 4X43FP.

Suitable applications

Cold outdoor construction.
Industrial maintenance in wet conditions.
Outdoor material handling.
Cold-weather operations.

Advantages

Combines several useful protection functions.
Appropriate for wet and cold environments when correctly selected.
Provides a higher cut classification than many general-purpose insulated gloves.

Disadvantages

Bulkier construction may reduce precision.
Waterproof performance must not be confused with chemical impermeability.
It may be uncomfortable in hot working environments.

3.5 KONG Grip Series

The KONG Grip collection emphasizes secure handling.

Grip is a critical property because many workplace accidents occur when workers lose control of tools, materials, or equipment.

Grip performance can be affected by:

Palm coating.
Surface texture.
Glove material.
Moisture.
Oil contamination.
Temperature.
Contact pressure.
Wear and degradation.

A glove that performs well on a dry surface may perform poorly when exposed to oil.

Representative KONG models include KONG SuperGrip and selected IVE grip-oriented gloves.

KONG SuperGrip

KONG® SUPERGRIP®

KONG® 360° CUT A6 CHEMICAL IVE™ | Construction Work Gloves

The KONG SuperGrip is intended for workers who require a durable glove with a grip-oriented construction.

The product listing identifies EN 388 performance of 3131P.

Advantages

Designed around handling performance.
Suitable for selected general industrial applications.
Offers mechanical protection beyond a basic textile glove.

Disadvantages

The model should not automatically be treated as an oil-resistant glove.
Its cut and impact protection should be evaluated independently.
Actual grip depends on the contact surface and contamination.

3.6 KONG Chemical-Resistant Series

Heatworx Heavy Duty Work Gloves, HW6X Heat Resistant Glove, 1 Pair — ASA Safety Supply

KONG also offers products positioned for chemical-resistant applications.

One representative product is the KONG 360° Cut A6 Chemical IVE.

The manufacturer’s listing identifies ANSI A6 cut resistance and EN 388 4X42FP.

This type of product should be evaluated carefully because mechanical cut resistance and chemical resistance are different protection properties.

Important purchasing considerations

Before purchasing a glove for chemical handling, check:

The actual chemicals involved.
Their concentrations.
Their temperature.
The expected duration of contact.
Whether exposure involves splashes or continuous immersion.
The material’s permeation resistance.
The manufacturer’s chemical compatibility data.
The glove’s applicable EN ISO 374 certification, where required.

A glove marketed as chemical-resistant should never be assumed suitable for all chemicals.

Advantages

Provides a combination of mechanical protection and a chemical-oriented design.
Can be useful where sharp components and certain chemical hazards occur together.
Offers an alternative to selecting separate products for every mechanical requirement.

Disadvantages

Chemical compatibility remains substance-specific.
A high cut rating does not establish high chemical resistance.
Users must review the technical data sheet rather than relying on the collection name.

3.7 Summary of KONG Representative Models

Model	Main feature	Representative application
KONG Original	Heavy-duty impact protection	Oilfield work
KONG Rigger	General heavy-duty construction	Rigging and industrial handling
High Abrasion Dexterity IVE	Abrasion and dexterity	Maintenance
Cotton Corded Palm	Heavy-duty textile palm	Material handling
360° Cut A3 IVE	Cut and impact protection	General manufacturing
360° Cut A4	A4 cut protection	Metal handling
360° A3 Grip IVE	Grip-focused construction	Industrial handling
360° A5 IVE	A5 cut protection	Manufacturing
PRO A6	High cut and impact protection	Oil and gas
Rigger Cut	A5 cut protection	Rigging
Deck Crew	High cut and impact protection	Heavy industrial and deck work
360° Cut A4 Insulated	Cut and thermal protection	Cold-weather work
360° Cut Insulated Waterproof	Cut, insulation, and water protection	Wet outdoor work
SuperGrip	Grip-oriented design	General industrial handling

4. Ironclad Gloves: Brand Overview, Product Series, and Model Analysis

COMMAND™ IMPACT CUT A6

EXO™ IMPACT

4.1 Introduction to Ironclad

Ironclad Performance Wear is a brand focused on task-specific hand protection.

Its product philosophy emphasizes combining protection, comfort, durability, and practical functionality.

The Ironclad product portfolio includes:

General-purpose gloves.
Mechanics gloves.
Impact-resistant gloves.
Cut-resistant gloves.
Heat-resistant gloves.
Cold-weather gloves.
Leather work gloves.
Tactical gloves.
Touchscreen-compatible gloves.
Specialized industrial gloves.

The manufacturer’s glove catalog identifies a number of established collections, including Command, Octane, Heatworx, Cold Condition, Ranchworx, Limitless Leather, EXO, and Leather Driver. ironclad.com+1

4.2 Command Series

COMMAND™ IMPACT

The Command series is one of Ironclad’s broadest industrial glove collections.

It includes products designed for different levels of mechanical protection, grip, dexterity, and cut resistance.

The collection is relevant to:

Manufacturing.
Construction.
Logistics.
Automotive maintenance.
General industrial work.
Assembly.
Material handling.

Representative models include:

Command Pro.
Command A3 PU.
Command A4 Microfoam Nitrile.
Command A5 Sandy Nitrile.
Command A5 Microfoam Nitrile Dotted.
Command A6 Full SN Impact WP.
Command A7 Full Sandy Nitrile.
Command A9 PU Impact.
Command Grip Insulated.

4.2.1 Command Pro

COMMAND™ PRO

COMMAND™ A5 SANDY NITRILE

Command Pro is a general-purpose work glove intended for practical everyday handling.

The manufacturer’s online listing identifies an EN 388 rating of 2121 and ANSI A2 cut resistance.

Suitable applications

General maintenance.
Light industrial handling.
Construction support.
Warehouse work.
Routine handling of components.

Advantages

Practical everyday glove construction.
Useful for routine work.
Less specialized than high-impact or high-cut models.

Disadvantages

Not suitable for severe cut hazards.
Limited protection compared with specialist impact gloves.
Not a substitute for chemical-resistant gloves.

4.2.2 Command A5 Sandy Nitrile

Rękawice Ironclad COMMAND A9 PU IMPACT

The Command A5 Sandy Nitrile is designed for applications requiring increased cut protection and grip.

The manufacturer lists ANSI A5 cut protection and EN 388 4X42E.

Main advantages

A5 cut classification.
Sandy nitrile palm surface.
Useful grip characteristics.
Appropriate for selected metal handling and manufacturing tasks.

Limitations

Nitrile coatings are not universally resistant to oils, solvents, or chemicals.
A5 is not equivalent to A9.
It does not provide the same impact coverage as a dedicated impact glove.

4.2.3 Command A9 PU Impact

shop.firesquad.pl

This product combines high cut protection with impact-oriented construction.

The product listing identifies ANSI A9 cut protection and EN 388 4X43FP.

Applications

Manufacturing.
Heavy industrial handling.
Metal processing.
Handling sharp components.
Tasks involving impact exposure.

Advantages

High ANSI cut classification.
Impact protection features.
Useful for workers exposed to several mechanical hazards.

Disadvantages

May be excessive for light work.
Higher cut resistance does not automatically mean greater puncture resistance.
The actual level of impact coverage and hand mobility should be assessed.

4.2.4 Command A6 Full SN Impact WP

This model is positioned as a waterproof impact glove with A6 cut protection.

It is intended for tasks where the user needs multiple protection characteristics.

Potential advantages

Cut protection.
Impact protection.
Waterproof-oriented construction.
More comprehensive coverage than a simple coated glove.

Potential limitations

Waterproofing can increase bulk.
Dexterity may be lower than a lightweight glove.
Chemical protection must be independently established.

4.2.5 Command Grip Insulated

This model combines insulation and a grip-oriented design.

It may be considered for workers handling materials in cold conditions.

Its listed performance includes EN 388 3221B and ANSI A3 cut resistance.

The model is most appropriate when thermal comfort and practical grip are both important, but its suitability for a particular temperature must be confirmed from the applicable product documentation.

The Command series currently contains models spanning A1 through A9 cut classifications, as well as insulated and impact-oriented designs. ironclad.com

4.3 Ranchworx Series

The 10 Best Work Gloves [Safety Materials Review]

ergonomicshealth.com

Ranchworx is one of Ironclad’s established leather work glove collections.

It is designed for demanding manual work where a combination of durability, flexibility, reinforcement, and impact protection is desirable.

The manufacturer describes the series as a high-end leather work glove collection.

Main construction features

Premium goatskin grain leather palm.
Breathable nylon back.
Bullwhip® leather finger sidewalls.
Reinforced thumb saddle.
DuPont™ Kevlar® reinforcement in the specified construction.
TPR finger and knuckle protection.
Patented Rolltop® fingertips.
Terry-cloth sweat wipe.
Slip-fit cuff.

Applications

Ranching.
Forestry.
Construction.
HVAC.
Heavy equipment operation.
Search and rescue.
Driving.
Heavy cable and wire handling.

Advantages

Leather provides a durable working surface.
Reinforcement improves wear resistance in selected high-stress areas.
TPR protection provides additional impact coverage.
Flexible leather construction can provide useful handling sensitivity.
The glove is designed to withstand demanding manual work.
The manufacturer describes the Bullwhip leather as washable without the usual drying or shrinking problems associated with some leather constructions.

Disadvantages

Leather gloves require proper care.
They are not automatically suitable for chemical exposure.
Leather may become unsuitable if exposed to certain aggressive substances.
They are not the ideal choice for extremely fine assembly.
The cut classification is relatively modest compared with specialist high-cut gloves.

The manufacturer lists ANSI A1 cut resistance and EN 388 3112 for the Ranchworx model. Leather Farming and Ranch Work Gloves+1

4.4 EXO Series

EXO™ IMPACT

The EXO collection provides utility-oriented gloves for mechanics, construction workers, maintenance personnel, and other industrial users.

The collection includes:

EXO Utility.
EXO Utility Leather Reinforced.
EXO Impact Hi-Viz.
EXO Insulated Leather.
Additional model-specific variations.

4.4.1 EXO Utility

EXO™ UTILITY

EXO™ Impact Hi-Viz Work Gloves

EXO Utility is intended for general work requiring practical dexterity and everyday hand protection.

Applications

Mechanical work.
Automotive maintenance.
Construction.
Equipment handling.
General industrial maintenance.

Advantages

Practical utility design.
Suitable for routine handling.
Available in a comparatively straightforward glove format.

Disadvantages

Not a specialist high-cut glove.
Not intended for extreme puncture or needle hazards.
The user must select a more protective model when serious impact hazards are present.

4.4.2 EXO Utility Leather Reinforced

This version adds leather reinforcement to areas subject to repeated wear.

Its main value is improving durability for mechanical work and general handling.

It may be useful in:

Automotive maintenance.
Construction.
Equipment repair.
General workshop operations.

The additional reinforcement can improve durability, although it may reduce some tactile sensitivity compared with lighter designs.

4.4.3 EXO Impact Hi-Viz

This glove is designed for workers who need greater visibility and additional protection from mechanical impacts.

Potential applications include:

Construction.
Demolition.
Heavy maintenance.
Industrial handling.
Tool operation.

High visibility can help workers become more noticeable in busy workplaces, but it does not replace suitable lighting, machine guarding, or traffic-management controls.

4.4.4 EXO Insulated Leather

This version is intended for cold-weather work where leather construction and thermal insulation are useful.

Advantages

Thermal comfort.
Leather-based construction.
Practical for outdoor and mechanical work.

Disadvantages

Less suitable for delicate assembly.
Thermal performance depends on the exact glove construction and environment.
It should not be treated as a specialist heat-resistant glove.

The current EXO product family includes both utility and insulated leather models. ironclad.com+1

4.5 Heatworx Series

Ironclad Heatworx Gloves

Ironclad, Heatworx® Heavy Duty FR HW6XFR, Cut A2, Heat 5, EN4143B | Flemings Safety

Heatworx is an important Ironclad collection for applications involving elevated temperatures and selected hot-work hazards.

The range includes specialist products designed for thermal protection, including models with flame-resistant construction.

Heat-related hazards must be carefully distinguished.

There is a major difference between:

Contact with a warm surface.
Handling hot metal.
Exposure to radiant heat.
Exposure to convective heat.
Contact with sparks.
Direct flame exposure.
Welding operations.

A glove that provides contact-heat resistance is not automatically suitable for welding or firefighting.

Heatworx Heavy Duty FR

flemings-safety.com

The Heatworx Heavy Duty FR model is intended for demanding industrial applications requiring flame-resistant glove construction.

The manufacturer lists EN 388 4143B and ANSI A2 cut resistance.

Advantages

Heavy-duty construction.
Flame-resistant design.
Mechanical protection.
Suitable for selected hot-work environments when the specific thermal performance is appropriate.

Disadvantages

It must not be assumed suitable for every welding process.
Thermal ratings must be checked against the relevant exposure.
It may be less dexterous than lighter general-purpose gloves.

4.6 Cold Condition Series

IronClad® Cold Condition® Windproof/Water Repellant Work Glove

midwestunlimited.com

Cold Condition is designed for workers exposed to low temperatures.

Cold environments can create several problems:

Reduced finger mobility.
Loss of tactile sensitivity.
Skin injury from cold exposure.
Reduced grip.
Difficulty operating tools and machinery.
Increased risk of dropping objects.

Insulated gloves should be selected according to the expected temperature, humidity, duration of exposure, and required dexterity.

Advantages

Improved thermal comfort.
Suitable for outdoor work.
Useful for warehouse and cold-storage operations.

Disadvantages

Insulation can reduce finger sensitivity.
Thick gloves can make small-object handling difficult.
Sweat accumulation can reduce comfort.
Not all models provide waterproof performance.

4.7 Limitless Leather Series

360° CUT LIMITLESS LEATHER™ IMPACT

IRONCLAD, M ( 8 ), Drivers Glove, Leather Gloves – 49GV07|ILD-IMPC5-03-M – Grainger

Limitless Leather is designed for applications requiring leather construction combined with mechanical protection.

Selected products provide impact protection and cut-resistant reinforcement.

The range is particularly relevant to workers who prefer a leather glove but need additional protection beyond a conventional leather driver glove.

Potential applications include:

Construction.
Heavy material handling.
Manufacturing.
Mechanical maintenance.
Equipment operation.

The main consideration is the balance between durability and dexterity.

4.8 Leather Driver Series

grainger.com

Leather driver gloves are a traditional category of industrial hand protection.

They are used in:

Transportation.
Warehousing.
General construction.
Material handling.
Outdoor work.
Driving and equipment operation.

Their main strengths are practical durability, flexibility, and comfortable leather construction.

However, ordinary leather driver gloves should not be confused with:

Cut-level A5–A9 gloves.
Specialist impact gloves.
Chemical-resistant gloves.
Arc-flash gloves.
Needle-resistant gloves.

4.9 Ironclad Representative Model Comparison

Series	Representative model	Main protection focus
Command	Command Pro	General industrial handling
Command	Command A5 Sandy Nitrile	Cut and grip
Command	Command A9 PU Impact	High cut and impact
Command	Command A6 Full SN Impact WP	Cut, impact, and waterproof-oriented construction
Ranchworx	Ranchworx	Leather durability and impact
EXO	EXO Utility	General-purpose mechanical work
EXO	EXO Impact Hi-Viz	Impact and visibility
EXO	EXO Insulated Leather	Cold-weather work
Heatworx	Heatworx Heavy Duty FR	Thermal and mechanical protection
Cold Condition	Selected insulated models	Cold-weather protection
Limitless Leather	Selected impact models	Leather and impact protection
Leather Driver	Selected driver models	General handling and durability

5. Ringers Gloves: Brand Overview, Product Series, and Model Analysis

Ringers Gloves 267-08 | 30D804 | Glove Impact Resistant S Hi-visibility Pr | Raptor Supplies Australia

Luva Proteção Impc/Corte Tpr Ringers Ringers R297 Tamanho 10 Ansell – Dimensional

Ringers Knit Nitrile Impact 065 Cut 5 Gloves | Winc

5.1 Introduction to Ringers Gloves

Ringers is a specialist industrial glove brand associated with impact protection.

The brand is now part of the Ansell product portfolio.

Its products are widely relevant to:

Oil and gas.
Mining.
Construction.
Manufacturing.
Industrial maintenance.
Energy infrastructure.
Logistics.
Emergency response.
Heavy material handling.

Ringers gloves are particularly recognizable for their use of protective TPR structures.

TPR is used to create protective elements over parts of the hand exposed to impact hazards.

These structures can be designed to protect:

Fingertips.
Fingers.
Knuckles.
Thumb.
Back of the hand.

However, the coverage and impact rating vary by model.

The Ringers portfolio also includes cut-resistant, thermal, waterproof, chemical-oriented, and general industrial impact gloves. Ansell China+1

5.2 Understanding Ringers Product Families

The Ringers range includes several important product groups.

Product group	Main purpose
Roughneck	Heavy-duty industrial impact protection
Super Hero	Medium-duty and heavy-duty impact protection
Turbo Plus	General mechanical and handling applications
HydroGrip	Grip and liquid-related protection
Thermal models	Cold-weather protection
Cut-resistant models	Impact combined with cut resistance
Chemical-oriented models	Selected liquid and chemical hazards
Rescue models	Emergency response and rope-related applications

The exact model numbers and specifications should always be confirmed against current Ansell documentation.

5.3 Roughneck Series

ANSELL | protection solutions, gloves, personal protective equipment

shop.ansell.com

Roughneck is one of the most recognizable Ringers product families.

It is designed for demanding industrial applications, especially those involving:

Oilfield equipment.
Pipe handling.
Rigging.
Metal components.
Heavy tools.
Industrial maintenance.

5.3.1 Ringers R259

RINGERS® R259 heavy-duty impact gloves | Ansell International

RINGERS® R259B waterproof impact gloves | Ansell Sweden

The R259 is a heavy-duty impact glove with a synthetic leather palm.

Its construction includes protective TPR components and a cut-resistant palm layer.

Main features

Synthetic leather palm.
TPR impact protection.
High-visibility elements.
Cut-resistant palm construction.
Reinforced hand areas.
Extended wrist closure.

Applications

Oil and gas.
Heavy industrial handling.
Manufacturing.
Construction.
Mechanical maintenance.

Advantages

Combines impact protection and cut-resistant palm construction.
Durable synthetic leather palm.
Useful for demanding handling applications.
High-visibility details may improve visual recognition.

Disadvantages

The heavier construction may reduce precision.
The exact cut protection must be checked by model and certification.
It is not a universal chemical-resistant glove.

5.3.2 Ringers R259B

Luva RINGERS R267 CA44317 Ansell Couro com Pontos em Silicone Impacto – Original EPI

R259B is a barrier version of the R259.

The additional barrier construction is intended to improve liquid protection and comfort in wet conditions.

Advantages

Barrier-oriented construction.
Impact protection.
Additional cut-resistant palm construction.
Appropriate for selected wet industrial tasks.

Disadvantages

Liquid resistance does not mean universal chemical resistance.
Barrier construction can reduce breathability.
Buyers must check the actual chemical compatibility of the glove.

5.3.3 Ringers R267

Oilfield-oriented grip model

originalepi.com.br

The R267 is a heavy-duty impact glove designed for oilfield and industrial handling.

Its most notable feature is its Silicone Dot® palm grip system.

Main features

Silicone Dot® grip.
Patented TPR protection.
Finger-length impact coverage.
Knuckle protection.
Thumb protection.
Extended Airprene wrist closure.
Kevlar™-stitched palm.
High-visibility details.

Applications

Engagement and release of drill-string slips.
Chaining up pipes.
Rig installation and dismantling.
Hydraulic repair.
Fuel and oil-related handling operations.

Advantages

Grip-oriented palm design.
Designed for oily working environments.
Impact protection over multiple hand areas.
Reinforced palm construction.
Practical wrist closure.

Disadvantages

Its construction is relatively substantial.
It may not be suitable for delicate mechanical assembly.
It should not be assumed to provide unlimited oil or chemical protection.
Actual grip should be evaluated under the site’s specific contamination conditions.

Ansell’s product documentation identifies the R267 as an oil-resistant impact glove with Silicone Dot grip and publishes EN 388 4243BP and ANSI/ISEA 138 Level 2 markings. Ansell Catalogue+2

5.3.4 Ringers R297

Ringers Gloves Roughneck 297 – Kurnia Safety

kurniasafety.com

R297 is another important heavy-duty model.

It is designed to combine impact protection with additional cut and abrasion resistance.

Key features

Patented TPR design.
Knuckle, thumb, and finger protection.
Padded palm.
Kevlar™-stitched liner.
Durable palm and finger grip.
Extended Airprene wrist closure.
TPR pull tab.
High-visibility external surface.

Applications

Drill-string slip operations.
Chaining pipes.
Rig installation and dismantling.
Handling iron.
Tool handling.
Structural component handling.
Heavy industrial maintenance.

Advantages

Comprehensive impact protection design.
Cut-resistant reinforcement.
Durable grip.
Suitable for heavy-duty work.
Published EN 388 and ANSI impact performance.

Disadvantages

Not designed for precision assembly.
The padded palm may affect tactile sensitivity.
It should not be used as a substitute for specialist puncture protection.

The R297 is listed with EN 388 4343CP and ANSI/ISEA 138 Level 2 performance, alongside EN ISO 21420:2020. Ansell USA

5.3.5 Ringers R298

Buy Protective glove Ansell Ringers R298 online

eshop.wuerth-industrie.com

R298 is a ventilated heavy-duty impact glove.

It is intended for users who require impact protection but also need improved ventilation in warmer environments.

Advantages

Impact protection.
Ventilated design.
Durable grip.
Appropriate for selected heavy-duty handling tasks.

Disadvantages

Ventilation is not suitable for every wet or liquid-exposure hazard.
It may provide less environmental isolation than waterproof alternatives.
The precise cut and impact ratings must be verified for the selected version.

5.3.6 Ringers R260

RINGERS GLOVES Guantes para Impactos, Material de la Palma Algodón, Color Verde de Alta Visibilidad, 3XG, paquete con 1 – 35HX90 | R260-13 – Grainger México

grainger.com.mx

R260 is a Roughneck model with cotton palm construction.

It is designed for industrial applications where a practical palm surface and impact protection are required.

Potential applications

Oilfield operations.
General industrial handling.
Construction.
Heavy material handling.

5.3.7 Ringers R261

Ringers Roughneck Insulated Glove

wayneworkwear.com

R261 is an insulated model intended for cold working conditions.

The insulated design is useful when workers need impact protection in low-temperature environments.

Advantages

Thermal insulation.
Heavy-duty design.
Additional impact protection.

Disadvantages

Increased bulk.
Reduced fine dexterity.
Thermal protection must be verified against the actual operating conditions.

5.3.8 Ringers R266

raptorsupplies.com

R266 is a waterproof insulated impact glove in the Roughneck family.

It is intended for workers who face a combination of mechanical hazards and cold, wet conditions.

Its design is relevant to:

Cold outdoor construction.
Oilfield work in low temperatures.
Outdoor maintenance.
Wet industrial operations.

Its waterproof barrier should not be interpreted as universal chemical protection.

5.3.9 Ringers R269 and R299

These models belong to the cut-resistant Roughneck product family.

They are intended for heavy-duty handling tasks where cut hazards must be considered alongside impact protection.

The specific cut level, liner material, and palm construction should be verified from the current model documentation.

5.4 Super Hero Series

Ringers Gloves R-179 Super Hero Cut Resistant Impact Gloves

txsafetysupply.com

The Super Hero family includes models designed for industrial users requiring a combination of mechanical protection, grip, and comfort.

Representative models include:

R160.
R161.
R169.
R179.

5.4.1 Ringers R160 and R161

These models are associated with the Super Hero glove family.

They are intended for industrial handling applications where impact protection and practical comfort are important.

Potential applications

Manufacturing.
Construction.
Maintenance.
General industrial operations.

5.4.2 Ringers R169

Ansell Ringers R169 Impact Protection Gloves – Cut E – HPPE Liner – Synthetic Leather Palm – Hook & Loop Cuff – Latex Free – Hi-Vis Yellow/Red – 8 | Ansell RINGERS R169 | Impact Protection Gloves | Hand Protection | Blackwoods

blackwoods.com.au

R169 is described by Ansell as a medium-duty impact glove offering coverage and cut resistance.

It is relevant to workers who need more protection than a basic mechanical glove but do not necessarily require the most substantial heavy-duty construction.

Advantages

Medium-duty protection concept.
Useful balance between coverage and handling.
Cut-resistant design.
Suitable for selected manufacturing and industrial tasks.

Disadvantages

It is not necessarily sufficient for severe impact exposure.
It should not be selected for high cut hazards without checking the certified rating.

5.4.3 Ringers R179

RINGERS® R179 medium-duty impact gloves | Ansell USA

Ansell Ringers R085 Cut – Resistant Impact Gloves (Single Pair) – PSG

R179 is a medium-duty impact glove featuring a cut-resistant dual-layer synthetic leather palm.

Applications

Industrial maintenance.
General manufacturing.
Equipment handling.
Construction support.
Mechanical work.

Advantages

Dual-layer palm construction.
Impact-oriented design.
Useful for repetitive industrial handling.

Disadvantages

The synthetic leather palm may not provide the same characteristics as a specialist chemical-resistant coating.
Not designed for every high-risk cut or puncture application.

5.5 Ringers R065 and R085 Knit Impact Series

psgppe.com

The R065 and R085 are particularly relevant to buyers looking for a more dexterous glove construction.

Ringers R065

R065 is a cut-resistant impact glove featuring a TPR design and knit shell.

It is intended to provide a combination of protection and flexibility.

Ringers R085

Anti Impacto

gygthomas.cl

The R085 is a versatile impact and cut protection glove.

Its key features include:

Patented TPR impact protection.
Breathable knitted shell.
Cut-resistant construction.
Fleece lining.
High-visibility details.
Grip-oriented palm coating.
Touchscreen-compatible fingertips in the documented configuration.

Applications

Manufacturing.
Industrial maintenance.
Construction.
General handling in colder conditions.
Tasks involving impact and cut exposure.

Advantages

Knit construction provides useful flexibility.
Impact protection covers key areas.
Fleece lining improves thermal comfort.
Cut protection provides additional mechanical protection.
Touchscreen functionality may be useful for workers using electronic devices.

Disadvantages

Fleece lining can increase bulk.
It may be too warm for high-temperature workplaces.
It is not a replacement for a specialist heavy-duty oilfield glove.

Ansell lists the R085 with EN 388 4X44FP, ANSI/ISEA 138 Level 2, and EN 407 X2XXXX markings. Ansell USA

5.6 Ringers R080 and R068

Ringers R080

RINGERS® R080 waterproof cut-resistant gloves | Ansell USA

RINGERS® R068 전체 코팅 충격 방지 장갑 | Ansell 대한민국

The R080 is a waterproof cut-resistant impact glove with a nitrile-dipped palm.

It is intended for applications requiring a combination of:

Impact protection.
Cut resistance.
Grip.
Liquid resistance.

The nitrile palm coating provides a useful handling surface, but it does not establish compatibility with every industrial chemical.

Ringers R068

HexArmor Rig Lizard 2025X Cut Level A6 Gloves – 12/Pair – Jendco Safety Supply

The R068 uses a fully coated construction designed for impact, cut, and liquid protection.

The documented construction includes:

TPR impact protection.
Double-dipped nitrile technology.
Full-dipped nitrile liquid-resistant layer.
Sandy-finish palm coating.
High-visibility features.
Touchscreen-compatible fingertips.

Advantages

Combines mechanical protection and liquid-oriented construction.
Useful for selected wet industrial applications.
Grip-oriented palm.
More extensive coating than a palm-only coated glove.

Disadvantages

Full coating may reduce breathability.
Chemical compatibility must be checked separately.
It may not be the best choice for prolonged work in hot conditions.

5.7 Ringers Thermal and Waterproof Models

The Ringers range includes thermal models such as R277 and selected insulated Roughneck versions.

These products are designed for workers exposed to cold, wet, or otherwise uncomfortable conditions.

The main selection criteria include:

Thermal insulation.
Waterproof barrier construction.
Mechanical protection.
Palm grip.
Flexibility.
Cuff length.

A waterproof glove can help prevent water from entering through the glove material, but water can still enter through an unsuitable cuff opening or damaged seam.

It is also important to remember that insulation performance depends on the duration of exposure, wind, moisture, and the worker’s activity level.

5.8 Ringers Product Model Summary

Model	Main characteristics	Typical application
R259	Heavy-duty impact and cut protection	Oil and gas
R259B	Barrier-oriented impact and cut protection	Wet industrial work
R267	Silicone Dot grip and impact protection	Oily oilfield handling
R297	Heavy-duty impact and cut protection	Rigging and pipe handling
R298	Ventilated impact glove	Hot working environments
R260	Cotton palm impact glove	Industrial handling
R261	Insulated impact glove	Cold industrial work
R266	Waterproof insulated impact glove	Cold and wet conditions
R269	Cut-resistant Roughneck model	Heavy industrial handling
R299	Heavy-duty cut and impact protection	Oilfield and construction
R169	Medium-duty impact and cut protection	Manufacturing
R179	Dual-layer palm impact glove	Maintenance
R065	Knit cut-resistant impact glove	General industrial handling
R085	Cut, impact, and thermal comfort	Cold industrial handling
R080	Waterproof cut-resistant impact glove	Wet handling
R068	Fully coated impact glove	Liquid-exposed applications
R298	Ventilated impact glove	Warm industrial environments

This is a representative model guide rather than a guarantee that every model remains available in every country or distribution channel. Ansell’s current Ringers portfolio should be consulted before preparing a final procurement list. Ansell China+3

6. HexArmor Gloves: Brand Overview, Product Series, and Model Analysis

HexArmor 2062 Helix With Coretex Technology, Knit, Nitrile Coated, Cut Level A9 Gloves

HexArmor 9014 SharpsMaster II Needlestick Puncture/Cut Glove

6.1 Introduction to HexArmor

HexArmor is a specialist PPE brand with a strong emphasis on advanced hand protection.

Its glove range includes products designed for:

Cut resistance.
Puncture resistance.
Needlestick resistance.
Impact protection.
Abrasion resistance.
Heat protection.
Arc-flash-related protection.
Oilfield handling.
Industrial maintenance.

HexArmor’s product portfolio includes several important families, such as:

Rig Lizard®.
Helix®.
SharpsMaster®.
Chrome® and Chrome SLT®.
Ceros®.
HeatArmor®.

Its portfolio also includes specialist models that combine multiple mechanical protection features. Personal protective equipment+1

6.2 Rig Lizard Series

Rig Lizard® Hi-vis Safety Gloves, 2021X, TP-X®/IR-X® Impact Exoskeleton™, Large, Black/Hi-vis Yellow/Red | Northern Tool

northerntool.com

Rig Lizard is one of HexArmor’s recognizable industrial glove families.

The series is particularly relevant to workers in oil and gas, construction, manufacturing, and heavy industrial environments.

Its product designs may combine:

Cut-resistant liners.
Impact protection.
Palm coatings.
Reinforced thumb saddles.
High-visibility materials.
Specialized grip surfaces.
Thermal insulation in selected versions.

6.2.1 Rig Lizard 2095 Thin Lizzie

Representative advanced impact and cut model

Rig Lizard Thin Lizzie 2095 | SafetyGloves by HexArmor

Rig Lizard 2028X | SafetyGloves by HexArmor

The Rig Lizard Thin Lizzie 2095 is designed to combine high cut protection, palm puncture resistance, abrasion resistance, and back-of-hand impact protection.

Main construction features

13-gauge HPPE and glass-fiber blend shell.
PU palm coating.
IR-X® Impact Exoskeleton.
Reinforced thumb saddle.
High-visibility impact structure.
Washable construction.

Published performance

Property	Manufacturer rating
ANSI cut	A6
ANSI puncture	5
ANSI impact	2
ANSI abrasion	4
EN 388	4X43FP

Applications

Oil and gas.
Construction.
Industrial maintenance.
Heavy material handling.
Manufacturing.
Handling sharp-edged components.

Advantages

Strong combination of cut and impact protection.
Palm puncture performance is an additional advantage.
High-visibility impact structure.
Reinforced thumb saddle.
Washable construction.
Flexible impact exoskeleton design.

Disadvantages

The protective construction can be more substantial than that of a lightweight assembly glove.
It is not a substitute for a specialist needle-resistant glove.
The PU palm coating must be assessed for the actual oil and chemical exposure.
It may be excessive for low-risk general handling.

HexArmor publishes the 2095 technical ratings and identifies its HPPE/glass shell, PU palm coating, and IR-X impact protection on the official product page. High impact-resistant work glove -HexArmor+1

6.2.2 Rig Lizard 2028X

Hexarmor Rig Lizard 2021 Impact Gloves | SafetecDirect.co.uk

The 2028X is another representative Rig Lizard model.

It is designed for industrial users requiring cut and impact protection.

The product portfolio identifies an ANSI A6 cut classification and EN 388 3X43EP.

Potential applications

Oilfield work.
Construction.
Manufacturing.
Industrial maintenance.
Heavy-duty material handling.

6.2.3 Rig Lizard 2021X

safetecdirect.co.uk

The 2021X is a Rig Lizard model listed with ANSI A3 cut protection and EN 388 3X43BP.

It may be considered for tasks where impact protection and moderate cut resistance are required.

6.2.4 Rig Lizard Thermal Models

Rig Lizard Thin Lizzie Thermal 2091 | SafetyGloves by HexArmor

HexArmor 2062 Helix With Coretex Technology, Knit, Nitrile Coated, Cut Level A9 Gloves

Thermal versions are intended for industrial users working in colder environments.

They are particularly useful where workers need to retain practical mechanical protection without exposing their hands to excessive cold.

Important considerations include:

Insulation performance.
Dexterity.
Palm grip.
Water resistance.
Cuff design.
The expected working temperature.

6.3 Helix Series

safetysourcellc.com

Helix is a broad collection of knitted industrial safety gloves.

The range includes palm-coated gloves and selected impact-resistant models.

Typical design characteristics include:

Seamless knitted shells.
HPPE or other technical fibers.
Nitrile or polyurethane coatings.
Different knitting gauges.
Different levels of cut protection.
Grip-focused palm finishes.
Selected impact protection configurations.

Helix products are especially relevant to manufacturing and industrial environments where users need a combination of protection, dexterity, and comfort.

6.3.1 Helix 3013

Helix® 3013 – Eco-friendly Cut-Resistant Work Gloves | SafetyGloves – SafetyGloves by HexArmor

HexArmor Helix Core 3014IMP Glove | Cut A6 + i2 Impact & Touchscreen

Helix 3013 is a cut-resistant palm-coated glove.

The manufacturer’s product portfolio lists:

ANSI cut A6.
EN 388 3X42F.

Applications

Manufacturing.
Metal handling.
Industrial maintenance.
Assembly involving sharp components.

Advantages

High cut classification.
Knitted construction.
Useful for repetitive handling.
Palm coating provides grip.

Disadvantages

Does not automatically provide back-of-hand impact protection.
The palm coating is not universally chemical-resistant.
It may not be sufficient for puncture or needle hazards.

6.3.2 Helix 3014IMP

durawear.com

The 3014IMP is an impact-resistant model in the Helix collection.

It combines a knitted shell, sandy nitrile palm coating, and impact protection.

The manufacturer identifies ANSI cut level A6 and EN 388 3X42FP.

Advantages

Combines cut protection with impact features.
Sandy nitrile finish supports grip.
Knitted construction.
Suitable for demanding industrial handling.

Disadvantages

Not a specialist needle-resistant glove.
Not appropriate for every chemical exposure.
The impact coverage must be assessed for the precise work hazard.

6.3.3 Helix 3050

Construction hand protection | SafetyGloves by HexArmor

Helix® 1074 General Purpose Knit Gloves | SafetyGloves – SafetyGloves by HexArmor

Helix 3050 is an environmentally oriented nitrile palm-coated glove.

The product range identifies ANSI A6 cut protection.

It is intended to combine cut protection and practical industrial handling performance.

6.3.4 Helix 1074

Helix® Core™ series 3020 Cut Resistant Gloves | SafetyGloves – SafetyGloves by HexArmor

Helix 1074 is a cut-resistant glove listed with ANSI A4 and EN 388 4X43C.

It is a possible option for moderate-to-higher cut-risk industrial handling, subject to the specific task assessment.

6.3.5 Helix 3020 Core

HexArmor 9014 SharpsMaster II Needlestick Puncture/Cut Glove

Helix Core 3020 is listed with ANSI A5 cut protection and EN 388 4X43D.

It is intended for users seeking a balance between cut protection and everyday industrial handling.

The broader Helix portfolio includes models with varying cut ratings and coating types, so the series name alone does not establish the precise protection level. Personal protective equipment+1

6.4 SharpsMaster Series

harmonycr.com

SharpsMaster is one of HexArmor’s most specialized product families.

It is designed for applications involving:

Sharp metal objects.
Needles.
Glass fragments.
Sharp waste.
Puncture hazards.
Potential needlestick exposure.

These gloves are relevant to:

Waste management.
Recycling.
Law enforcement.
Emergency response.
Medical waste handling.
Industrial cleaning.
Selected municipal services.

6.4.1 SharpsMaster II 9014

Specialist needle and cut protection

HexArmor 9014 SharpsMaster II Needle Puncture Resistant Gloves

safetycompany.com

The SharpsMaster II 9014 is designed for applications requiring advanced needlestick and cut protection.

Main construction features

SuperFabric® brand material in the palm.
Protective interior layers.
Cotton-blend shell.
Wrinkle rubber palm coating.
Elastic cuff.
Grip-oriented palm surface.

Published performance

Property	Manufacturer rating
ANSI cut	A9
ANSI puncture	5
ANSI needlestick	5
ANSI abrasion	6
EN 388	4X44F

The product is identified by HexArmor as a single-glove needlestick solution.

Applications

Waste collection.
Handling contaminated sharp objects.
Selected recycling operations.
Law enforcement applications.
Medical waste handling.
Industrial cleaning.

Advantages

Very high cut classification.
Dedicated needlestick performance.
High puncture resistance.
Advanced palm protection.
Grip-oriented rubber coating.
Useful for applications where ordinary cut-resistant gloves are insufficient.

Disadvantages

It is a specialist product rather than a universal work glove.
Its protective construction may reduce fine dexterity.
It should not be interpreted as protection against all biological hazards.
Needlestick testing does not establish resistance to every needle size, shape, force, or contamination condition.
It is not a replacement for appropriate hygiene and sharps-handling procedures.

HexArmor specifically documents testing with actual 25-gauge needles and publishes its A9 cut and Level 5 needlestick ratings. HexArmor

6.4.2 Other SharpsMaster Models

HexArmor has offered additional SharpsMaster products and configurations.

When comparing them, buyers should distinguish between:

Cut resistance.
Puncture resistance.
Needlestick resistance.
Abrasion resistance.
Grip.
Flexibility.
Full-glove versus palm-specific protection.

A model with excellent cut protection does not automatically provide the same needle resistance as the 9014.

6.5 Chrome and Chrome SLT Series

Chrome SLT® gloves | SafetyGloves by HexArmor

Chrome SLT Oasis 4073 | SafetyGloves by HexArmor

Chrome and Chrome SLT are product families designed for demanding industrial work.

Selected models use leather construction combined with advanced protective technologies.

Their applications include:

Oil and gas.
Heavy construction.
Metal handling.
Industrial maintenance.
Electrical utility work, where the exact model is appropriately rated.
Hot-work environments, where applicable.

6.5.1 Chrome SLT 4073

Arc flash and impact protection glove HexArmor® Chrome SLT® 4060 | Safety gloves

The 4073 is described as a breathable 360-degree cut-resistant leather work glove with impact protection.

The product portfolio identifies ANSI A6 cut resistance and EN 388 2X32EP.

Advantages

Leather construction.
Impact protection.
Cut-resistant design.
Useful for heavy-duty handling.

Disadvantages

Leather construction may require additional care.
Dexterity may be lower than that of a lightweight knitted glove.
The specific thermal and chemical limitations must be checked.

6.5.2 Chrome SLT 4060

uvex-safety.com

The 4060 is a leather work glove with impact and 360-degree cut protection, and it is identified in HexArmor’s portfolio as an arc-flash-rated model.

Its listed cut level is ANSI A5.

It is relevant to selected electrical utility applications, but buyers must confirm the specific arc rating, applicable standard, and complete electrical PPE system requirements.

An arc-flash-rated work glove is not necessarily an electrically insulating glove.

These are two different protection functions.

6.5.3 Chrome SLT 4062

This is another model listed in the manufacturer’s portfolio with arc-flash and contact-heat-related protection and 360-degree cut resistance.

Its published cut classification is ANSI A5.

It should be evaluated using its complete technical documentation, including the relevant thermal and arc-flash information.

6.5.4 Chrome SLT 4067

Chrome SLT 4067V | SafetyGloves by HexArmor

High-Heat Protection – Welding Technology – HexArmor

The 4067 is listed with ANSI A7 cut protection and EN 388 3X32FP.

It is intended for industrial applications requiring high cut protection and mechanical durability.

6.6 HeatArmor Series

hexarmor.com

HeatArmor is a specialist product family intended for heat-related industrial applications.

The range includes welding-oriented glove designs.

HeatArmor 5050

This model is listed as a heat- and cut-resistant glove for welding applications.

The manufacturer identifies ANSI A6 cut protection and EN 388 4X33F.

Potential applications

Welding.
Metal fabrication.
Selected hot-work operations.
Industrial maintenance.

Advantages

Designed for hot-work environments.
Cut-resistant construction.
Specialist glove design rather than a general-purpose coated glove.

Disadvantages

The exact welding process must be considered.
Contact heat, radiant heat, flame, and molten-metal splash are different hazards.
Users should verify the EN 407 performance and all applicable product instructions.

6.7 HexArmor Representative Model Summary

Series	Representative model	Main protection focus
Rig Lizard	2095 Thin Lizzie	Cut, puncture, abrasion, and impact
Rig Lizard	2028X	Cut and impact
Rig Lizard	2021X	General industrial impact and cut
Helix	3013	Cut resistance
Helix	3014IMP	Cut and impact
Helix	3050	Cut resistance
Helix	1074	Cut resistance
Helix Core	3020	Cut resistance
SharpsMaster II	9014	Needle, puncture, and cut
Chrome SLT	4073	Leather, cut, and impact
Chrome SLT	4060	Arc-flash-related, cut, and impact
Chrome SLT	4062	Arc-flash-related and contact heat
Chrome SLT	4067	High cut resistance
HeatArmor	5050	Welding-oriented heat and cut protection

7. Important Technologies and Materials Used in These Gloves

The product names and brand reputations are useful, but understanding the underlying materials and technologies is even more important when selecting industrial safety gloves.

Two gloves with similar appearance may provide very different protection because of differences in yarn, coating, reinforcement, palm construction, and impact-protection design.

7.1 TPR Impact Protection

Waterproof Impact Gloves | Ergodyne

ergodyne.com

Thermoplastic rubber is widely used in impact-resistant industrial gloves.

TPR components are usually attached to the back of the glove in specific patterns.

They may cover:

Finger joints.
Knuckles.
Thumb.
Metacarpal areas.
Fingertips.

Benefits

Provides an external protective structure.
Can help absorb and distribute certain impacts.
Can be designed to preserve hand movement.
Provides additional protection to vulnerable areas.

Limitations

Does not protect every part of the hand equally.
Performance varies by geometry and construction.
May create pressure points if the glove is poorly fitted.
Does not prevent all crushing or entrapment injuries.

7.2 Kevlar® Fibers

Kevlar is an aramid fiber used in protective clothing and gloves.

It is valued for its strength and cut-resistant properties.

Common applications include:

Cut-resistant liners.
Reinforced palm areas.
Protective stitching.
Heat-resistant components.
Protective textile structures.

Advantages

High tensile strength.
Good cut-resistance potential.
Useful for reinforcing high-wear areas.
Suitable for selected thermal applications.

Limitations

Not all Kevlar gloves have the same cut rating.
Fiber composition alone does not establish final glove performance.
Chemical and thermal suitability depend on the complete construction.

7.3 HPPE Fibers

High-performance polyethylene is widely used in modern cut-resistant gloves.

It can be blended with other fibers to produce lightweight protective yarns.

Advantages

Good strength-to-weight ratio.
Useful cut resistance.
Comfortable knitted construction.
Suitable for applications requiring flexibility.

Limitations

Standard HPPE is not suitable for every high-temperature application.
Cut protection does not establish puncture protection.
The complete yarn blend influences performance.

7.4 SuperFabric® Technology

SuperFabric Brand Material – HexArmor

hexarmor.com

SuperFabric is a protective material technology used in selected HexArmor products.

It employs structured protective elements designed to provide resistance against certain mechanical hazards.

Its use in the SharpsMaster II 9014 helps provide the product’s specialist needle, cut, puncture, and abrasion performance.

Benefits

Specialized mechanical protection.
Useful for selected needle and puncture hazards.
Can be incorporated into glove palm constructions.
Suitable for demanding applications.

Limitations

Protection depends on the exact construction and test method.
It is not a guarantee against every sharp object.
A protective palm area does not necessarily mean identical protection across the entire glove.

7.5 IR-X® Impact Exoskeleton

IR-X® (Impact)

uvex-safety.com

IR-X is a HexArmor impact-protection technology used in selected Rig Lizard products.

It provides a protective structure over the back of the hand.

Its design aims to combine impact protection with flexibility.

7.6 Nitrile Coatings

Nitrile is commonly used as a palm coating in industrial safety gloves.

Different finishes offer different grip characteristics.

Common variations include:

Smooth nitrile.
Sandy nitrile.
Microfoam nitrile.
Foam nitrile.
Fully dipped nitrile.

Advantages

Useful abrasion resistance.
Good grip in many applications.
Suitable for a wide range of industrial tasks.
Can provide some resistance to oils, depending on the formulation and exposure.

Limitations

Not universally chemical-resistant.
Performance differs by coating thickness and formulation.
Some coatings may lose grip when exposed to particular oils or contaminants.

7.7 Polyurethane Coatings

PU is commonly used for lightweight industrial gloves.

It is often selected where dexterity and tactile sensitivity are important.

Advantages

Thin coating.
Good flexibility.
Useful precision handling.
Lightweight construction.

Limitations

Not necessarily suitable for heavy-duty impact applications.
Abrasion and oil performance vary.
Not a universal chemical barrier.

7.8 Synthetic Leather

Synthetic leather is used in several heavy-duty glove constructions.

It offers a practical alternative to natural leather in certain applications.

Its properties depend on the underlying fabric and polymer coating.

Common benefits include:

Consistent surface construction.
Practical durability.
Flexible design possibilities.
Easier integration with protective reinforcements.

7.9 Natural Leather

Natural leather is widely used in work gloves because it provides a combination of flexibility, durability, and handling comfort.

Common types include:

Goatskin.
Cowhide.
Pigskin.
Grain leather.
Split leather.

Leather is not automatically cut-resistant, chemical-resistant, waterproof, or flame-resistant. Each property must be established by the specific product’s design and certification.

8. International Standards and Certifications for Industrial Safety Gloves

Understanding glove standards is essential for selecting suitable PPE, particularly when purchasing products for international markets.

A glove may look robust and well-designed but still fail to meet the regulatory requirements of the country where it will be used.

The four brands discussed in this guide use different combinations of ANSI, EN, and other applicable performance standards.

The most important standards include:

EN ISO 21420.
EN 388.
ANSI/ISEA 105.
ANSI/ISEA 138.
EN ISO 374.
EN 407.
EN 511.
ASTM F2878.
NFPA 70E-related arc-flash PPE requirements.

8.1 EN ISO 21420: General Requirements for Protective Gloves

EN ISO 21420 establishes general requirements for protective gloves.

It addresses subjects such as:

Glove design.
Construction.
Sizing.
Dexterity.
Innocuousness.
Comfort.
Marking.
Manufacturer information.
Instructions for use.

The standard does not independently establish that a glove is cut-resistant, impact-resistant, chemical-resistant, or heat-resistant.

Instead, it provides general requirements that work alongside more specific protective-glove standards.

For European PPE purchasing, EN ISO 21420 is an important reference.

8.2 EN 388: Mechanical Risks

Understanding Safety Glove Standards | EN 388:2016 | uvex Safety Australia

uvex.co.nz

EN 388 is one of the most important standards for industrial mechanical protection gloves.

The current commonly referenced edition is EN 388:2016+A1:2018.

It evaluates several mechanical properties:

Abrasion resistance.
Circular blade cut resistance.
Tear resistance.
Puncture resistance.
Straight-blade cut resistance using the ISO 13997 method.
Optional impact protection.

The EN 388 marking usually appears as a sequence of numbers and letters.

For example:

4X44FP

Illustrative EN 388 marking

Position	Test	Meaning
1	Abrasion	Level 4
2	Circular blade cut	X, not tested or not applicable
3	Tear	Level 4
4	Puncture	Level 4
5	ISO 13997 cut	Level F
6	Impact	P, impact protection requirement passed

The performance levels must be interpreted according to the test method rather than simply counting the number of digits.

8.2.1 Abrasion Resistance

Abrasion resistance measures how well the glove withstands repeated friction against an abrasive surface.

Under EN 388, the result is classified from Level 1 to Level 4.

Level	Minimum abrasion cycles
1	100
2	500
3	2,000
4	8,000

A higher rating generally indicates better abrasion resistance under the specified test conditions.

8.2.2 Circular Blade Cut Resistance

This test uses a rotating circular blade that moves across the glove material under a specified load.

The performance is expressed as Levels 1–5.

However, the test can be affected by blade dulling when testing very high-performance cut-resistant materials.

This is why the ISO 13997 method is also important.

8.2.3 Tear Resistance

Tear resistance measures the force required to propagate a tear through the glove material.

The classification runs from Level 1 to Level 4.

A higher rating indicates greater resistance under the specified test conditions.

8.2.4 Puncture Resistance

The EN 388 puncture test measures resistance to penetration by a specified test probe.

It is classified from Level 1 to Level 4.

An important distinction is that the EN 388 puncture test does not establish needlestick protection.

A glove with a high EN 388 puncture rating may still be unsuitable for handling medical needles.

8.2.5 ISO 13997 Cut Resistance

The ISO 13997 method evaluates cut resistance using a straight blade under a specified force.

It is classified from A to F.

Level	Cutting force
A	2 N
B	5 N
C	10 N
D	15 N
E	22 N
F	30 N

The letter F indicates the highest classification in this system.

8.2.6 Impact Protection

Where applicable, the letter P appears at the end of the EN 388 marking to indicate that the glove passed the specified impact protection test.

The absence of P means the glove has not demonstrated a pass under that impact classification; it should not be interpreted as evidence of impact protection.

8.3 ANSI/ISEA 105: American Hand Protection Classification

ANSI/ISEA 105 is an important American standard for industrial hand protection.

The 2024 edition provides classification and testing information for mechanical, chemical, and other hand protection properties. webstore.ansi.org+1

The standard includes performance classification for:

Cut resistance.
Abrasion resistance.
Puncture resistance.
Chemical permeation and degradation.
Other relevant protective properties.

8.3.1 ANSI Cut Resistance Levels

The ANSI cut classification runs from A1 to A9.

ANSI level	Required cutting load
A1	200–499 g
A2	500–999 g
A3	1,000–1,499 g
A4	1,500–2,199 g
A5	2,200–2,999 g
A6	3,000–3,999 g
A7	4,000–4,999 g
A8	5,000–5,999 g
A9	6,000 g or greater

The classification is determined using the applicable test method and specified testing conditions.

Important: ANSI A5 and EN 388 Level E are not automatically interchangeable. They use different classification systems and should be evaluated separately.

8.3.2 Choosing the Appropriate ANSI Cut Level

Cut level	General application examples
A1	Light assembly and packaging
A2	General handling and light manufacturing
A3	Moderate cut-risk handling
A4	Sheet-metal and manufacturing work
A5	More demanding metal handling
A6	Heavy industrial cut-risk tasks
A7	High cut-risk applications
A8	Very high cut-risk applications
A9	Specialized extreme cut-risk applications

These are illustrative application categories, not universal prescriptions. A workplace risk assessment must determine the required level.

8.4 ANSI/ISEA 138: Impact Protection

ANSI/ISEA 138 is specifically concerned with impact-resistant gloves.

It evaluates the ability of protective structures to reduce transmitted impact forces over specified areas of the hand.

The classification includes:

Level	Classification
Level 1	Basic certified impact performance
Level 2	Intermediate impact performance
Level 3	Higher impact performance

The standard is particularly relevant to gloves designed for:

Oilfield operations.
Heavy construction.
Industrial maintenance.
Pipe handling.
Manufacturing.
Heavy equipment work.

When comparing KONG, Ringers, and HexArmor, buyers should check whether the specific model has an ANSI/ISEA 138 rating rather than assuming that all gloves with visible TPR protection are certified to this standard.

8.5 EN ISO 374: Chemical Protection

Portwest Extended Length Nitrile Gauntlet – Green | The PPE Online Shop

theppeonlineshop.co.uk

EN ISO 374 is relevant to protective gloves against dangerous chemicals and microorganisms.

The standard includes different parts addressing chemical permeation, chemical degradation, and microorganism-related risks.

A glove must be selected according to the specific chemical involved.

Important considerations include:

Chemical identity.
Concentration.
Temperature.
Contact duration.
Permeation breakthrough time.
Degradation.
Glove thickness.
Cuff length.

A glove marketed as oil-resistant is not necessarily resistant to aromatic solvents, acids, ketones, or other aggressive chemicals.

8.6 EN 407: Thermal Risks

EN 407 addresses protective gloves against thermal risks.

It covers several different heat-related properties, including:

Limited flame spread.
Contact heat.
Convective heat.
Radiant heat.
Small molten-metal splashes.
Large molten-metal splashes.

The applicable performance must be reviewed for the actual thermal hazard.

A glove with contact-heat resistance should not automatically be considered suitable for welding or molten-metal work.

8.7 EN 511: Cold Protection

EN 511 covers protective gloves against cold.

It evaluates:

Convective cold resistance.
Contact cold resistance.
Water penetration.

This standard is particularly relevant to insulated models in the KONG, Ironclad, and Ringers portfolios.

8.8 ASTM F2878: Needlestick Resistance

ASTM F2878 is an important test method for measuring the resistance of protective clothing materials to penetration by hypodermic needles.

It is relevant when evaluating specialist products such as HexArmor SharpsMaster.

Buyers must check the exact test configuration, needle gauge, tested glove area, and performance claims.

A needle-resistant glove does not eliminate the risk of needlestick injury.

8.9 Arc-Flash Protection and Electrical Safety

Arc-flash protection is a specialized subject.

Some industrial gloves are designed and tested for arc-flash-related exposure, while electrically insulating gloves serve a different purpose.

These two functions must not be confused.

For electrical work, buyers should distinguish between:

Arc-flash thermal protection.
Electrical insulation.
Mechanical protection.
Cut resistance.
Dielectric testing.

A leather work glove marked as arc-flash-rated is not automatically an electrically insulating glove.

Electrical insulating gloves must meet the applicable electrical glove requirements, such as ASTM D120 or EN 60903, depending on the market and application.

Arc-flash PPE should be selected according to the electrical risk assessment and the applicable NFPA 70E or relevant national requirements.

9. Detailed Comparison of KONG, Ironclad, Ringers, and HexArmor

9.1 Comparison by Product Positioning

Evaluation	KONG	Ironclad	Ringers	HexArmor
Brand focus	Heavy-duty industrial	Task-specific work gloves	Impact protection	Advanced specialist protection
Oilfield suitability	Very strong	Good	Very strong	Very strong
General industrial suitability	Strong	Very strong	Strong	Very strong
Cut-resistant selection	Strong	Very broad	Strong	Very broad
Impact protection	Strong	Model-dependent	Strong	Strong
Needle protection	Limited	Limited	Limited	Specialist strength
Thermal products	Available	Broad selection	Available	Available
Leather products	Selected models	Strong selection	Selected models	Strong selection
High-dexterity options	Available	Broad selection	Available	Broad selection
Specialist material technology	IVE and other features	Multiple proprietary technologies	F3 and TPR technologies	SuperFabric and IR-X

9.2 Comparison of Selected Representative Models

The following comparison uses representative products rather than claiming that every product in a brand has equivalent specifications.

Brand	Model	Cut classification	Main differentiator
KONG	Original	ANSI A2 listed	Heavy-duty impact
KONG	360° Cut A4	ANSI A4	General cut protection
KONG	PRO A6	ANSI A6	Cut and impact
KONG	Deck Crew	ANSI A7 listed	Heavy-duty cut and impact
Ironclad	Command Pro	ANSI A2	General work
Ironclad	Command A5 Sandy Nitrile	ANSI A5	Cut and grip
Ironclad	Command A9 PU Impact	ANSI A9	High cut and impact
Ironclad	Ranchworx	ANSI A1	Leather durability
Ringers	R267	ANSI A2	Oilfield grip and impact
Ringers	R297	Check current model documentation	Heavy-duty cut and impact
Ringers	R085	Check current model documentation	Knit impact and cut protection
HexArmor	Rig Lizard 2095	ANSI A6	Cut, puncture, and impact
HexArmor	Helix 3013	ANSI A6	Coated cut-resistant glove
HexArmor	SharpsMaster II 9014	ANSI A9	Needlestick and puncture
HexArmor	Chrome SLT 4067	ANSI A7	Leather and cut protection

Note that the cut rating alone does not indicate which glove is best. A glove with A9 cut protection may be less appropriate for a particular job than a more dexterous A4 glove with the correct grip and impact protection.

9.3 Which Brand Is Better for Oil and Gas?

Ringers R267 ถุงมือทนแรงกระแทกทนน้ำมัน – งานหนัก – Eezee

HexArmor RIG LIZARD 2095 Schnitt- und Stoßschutzhandschuh, gelb/schwarz/blau | Mechanicals | Arbeitshandschuhe | ARBEITSSCHUTZ | BBF24 – Shop

Oil and gas operations present several simultaneous hazards.

Workers may encounter:

Heavy pipes.
Sharp metal edges.
Slippery surfaces.
Hydraulic equipment.
Pinch points.
Impact hazards.
Abrasive materials.
Cold and wet conditions.

KONG

A strong option for buyers looking for heavy-duty oilfield gloves with impact and cut protection.

Ringers

A strong option for workers handling pipes, tools, and oily components, particularly when grip and impact protection are important.

HexArmor

A strong option for users requiring advanced cut, puncture, and impact protection, depending on the specific model.

Ironclad

A versatile option for a broader range of oilfield support tasks, maintenance activities, and general handling.

There is no universal winner. The correct choice depends on the precise task and the hazards involved.

9.4 Which Brand Is Better for Construction?

Construction work includes many different hand hazards.

Task	Suggested product direction
General construction	Ironclad utility gloves
Steel reinforcement handling	KONG or HexArmor cut-resistant gloves
Concrete handling	Suitable liquid-resistant gloves
Heavy lifting	Impact-oriented KONG or Ringers
Sharp metal handling	A5–A9 certified cut-resistant options
Outdoor winter construction	Insulated KONG, Ironclad, Ringers, or HexArmor models
Demolition	Impact and cut protection selected according to the risk assessment

For construction buyers, it is often more effective to purchase several glove categories rather than distribute one universal glove to all employees.

9.5 Which Brand Is Better for Manufacturing?

Manufacturing environments require a different balance.

Some workers need extreme cut resistance, while others need precision handling and touchscreen compatibility.

Ironclad and HexArmor offer particularly broad options across different manufacturing tasks.

Ringers can be appropriate where impact protection is necessary.

KONG is relevant where heavy-duty mechanical hazards occur.

9.6 Which Brand Is Better for Needle and Puncture Hazards?

HexArmor 9014 SharpsMaster II Needlestick Puncture/Cut Glove

harmonycr.com

HexArmor has a particularly notable specialist offering in this category.

The SharpsMaster II 9014 is a strong candidate when the task involves needlestick hazards and requires documented needle-resistance performance.

However, the glove must be selected according to:

Needle type.
Needle size.
Exposure direction.
Protected glove area.
Contamination risk.
Applicable test requirements.

A general-purpose impact glove should never be substituted for a specialist needle-resistant glove simply because it has thick palm reinforcement.

9.7 Comparison of Comfort and Dexterity

Comfort is a major factor in glove selection.

Workers who find gloves uncomfortable may remove them during tasks, increasing injury risk.

Several design features affect comfort:

Knitting gauge.
Liner material.
Palm coating thickness.
Glove weight.
Finger shape.
Thumb construction.
Cuff design.
Thermal insulation.
Moisture management.
Protective element placement.

Ironclad offers a broad variety of lightweight and task-specific models.

HexArmor offers several knitted glove designs that combine advanced protection with flexibility.

Ringers offers models ranging from heavy-duty Roughneck gloves to more flexible knitted products.

KONG is particularly relevant when heavy-duty protection is a priority, although the comfort characteristics vary between models.

9.8 Comparison of Durability and Service Life

The service life of an industrial glove depends on more than its brand or purchase price.

Important factors include:

Frequency of use.
Type of working surface.
Exposure to oil and chemicals.
Washing frequency.
Storage conditions.
Work intensity.
Abrasion.
UV exposure.
Mechanical damage.

Leather models may be durable in certain environments but unsuitable for some chemical exposures.

Knitted coated gloves may be economical for repetitive handling but require more frequent replacement in high-abrasion conditions.

Heavy-duty impact gloves may have longer service life in certain tasks but can still fail due to damaged TPR, torn seams, or degraded palm material.

The correct comparison should therefore be based on cost per usable service period, not merely the original purchase price.

10. Advantages and Disadvantages of Each Brand

10.1 KONG Gloves

Strong heavy-duty positioning

Advantages

Strong focus on heavy-duty industrial protection.
Good selection of impact-resistant models.
Multiple cut-resistant options.
Suitable models for oilfield work.
Insulated and waterproof variants available.
Grip-oriented designs.
Distinctive industrial glove construction.

Disadvantages

Some models may be relatively bulky.
Dexterity varies considerably.
Specialist chemical protection should be verified separately.
Not all models provide the same level of cut or impact protection.
The range is less appropriate for some very light assembly tasks.

Best suited to: Oil and gas, heavy construction, rigging, and demanding industrial handling.

10.2 Ironclad Gloves

Broadest task-specific selection

Advantages

Wide range of products.
Strong selection of general-purpose work gloves.
Specialist mechanics and utility models.
Cut-resistant options covering multiple levels.
Leather and insulated collections.
Heat-related product options.
Several grip and touchscreen-oriented designs.

Disadvantages

The wide range can make selection more complicated.
Not every model provides impact protection.
Some models are not suitable for high-risk cut hazards.
Buyers must distinguish between similar-looking product variants.

Best suited to: Distributors, construction contractors, manufacturing companies, mechanics, and industrial maintenance departments.

10.3 Ringers Gloves

Strong impact-protection specialization

Advantages

Recognizable impact-protection product identity.
Strong oilfield-related product selection.
Multiple Roughneck models.
Different grip constructions.
Cut-resistant and insulated variants.
Models for hot, wet, and cold conditions.
Products for medium-duty and heavy-duty handling.

Disadvantages

Heavy-duty models may reduce dexterity.
Some models may be excessive for light assembly.
Not all models offer high cut protection.
Chemical suitability must be established independently.
Buyers need to distinguish between similar model numbers.

Best suited to: Oil and gas, pipe handling, industrial maintenance, and impact-risk environments.

10.4 HexArmor Gloves

Strong advanced protection specialization

Advantages

Advanced material technologies.
Extensive cut-resistant selection.
Specialist needle-resistant products.
High-performance impact gloves.
Multiple mechanical protection combinations.
Specialist electrical utility and heat-related offerings.
Detailed model-specific technical information.

Disadvantages

Specialist protection can come with higher purchase costs.
Some gloves may be too specialized for routine work.
High-protection models may reduce dexterity.
Users need appropriate training to understand protection ratings.
A high performance rating does not eliminate all workplace hazards.

Best suited to: Oil and gas, recycling, waste management, heavy industry, high-cut-risk work, and specialist protection requirements.

11. Recommended Gloves for Different Industries and Applications

A professional PPE purchasing program should start with an industry-specific hazard assessment.

Below are practical selection guidelines.

11.1 Oil and Gas Industry

TASK ROCKDARE 13G ANSI A5 Cut Resistant Double Dipped Sandy Nitrile Co – Safety Gear – 8623732228324

safetygear.com

Oil and gas workers frequently face:

Pinch hazards.
Impact hazards.
Pipe handling hazards.
Cut hazards.
Abrasion.
Oil contamination.
Hydraulic equipment hazards.
Cold and wet conditions.

Representative product choices

Task	Candidate models
Heavy oilfield handling	KONG Original
High cut and impact protection	KONG PRO A6
Oily pipe handling	Ringers R267
Heavy rigging	Ringers R297
Cut and puncture protection	HexArmor Rig Lizard 2095
General mechanical maintenance	Ironclad EXO

11.2 Construction Industry

Ironclad Performance Wear KONG® 360° CUT A6 CHEMICAL IVE™ – Brasco Safety Inc.

brascosafety.com

Construction workers may handle steel, timber, concrete, glass, tools, and machinery.

11.3 Automotive Industry

Coated Nitrile Gloves Use for Safety, Durability & Performance | Karam Online

karamonline.com

Automotive technicians require gloves that provide:

Dexterity.
Grip.
Abrasion resistance.
Protection from sharp components.
Resistance appropriate to the oils and fluids encountered.

Ironclad EXO and selected Command models are worth evaluating for general mechanical tasks.

However, chemical contact involving fuels, solvents, brake fluids, and cleaning products requires separate chemical compatibility assessment.

11.4 Metal Fabrication

53-7121 — Tilsatec

tilsatec-na.com

Metal processing is a major application for cut-resistant gloves.

Important hazards include:

Sheet-metal edges.
Metal burrs.
Sharp profiles.
Cutting tools.
Grinding.
Abrasion.
Impact.

Potential choices include KONG PRO A6, Ironclad Command cut-resistant models, and HexArmor Helix or Rig Lizard products.

The correct cut level must be established by the risk assessment.

11.5 Recycling and Waste Management

Gants de protection HexBlue 2139

uvex-heckel.fr

Recycling and waste management can expose workers to:

Broken glass.
Sharp metal.
Needles.
Contaminated waste.
Unknown objects.
Abrasion.
Puncture hazards.

HexArmor SharpsMaster II 9014 is particularly relevant where the risk assessment identifies needlestick exposure.

A general impact glove is not an adequate replacement for specialist needle protection.

11.6 Mining Industry

TASK ROCKDARE 13G ANSI A5 Cut Resistant Double Dipped Sandy Nitrile Co – Safety Gear – 8623732228324

safetygear.com

Mining activities may involve:

Rock handling.
Heavy machinery.
Sharp tools.
Abrasive materials.
Vibration.
Impact.
Cold conditions.

The most important glove characteristics include durability, grip, cut protection, impact coverage, and suitability for the mining environment.

11.7 Warehouse and Logistics

Industrial Photography Portfolio | Dallas TX | Jason Kindig

jasonkindig.com

Warehouse workers generally require gloves that offer:

Dexterity.
Grip.
Abrasion resistance.
Comfort.
Practical touchscreen compatibility, where necessary.

Heavy-duty impact gloves are not always the best solution.

A lightweight Ironclad Command model or an appropriate knitted HexArmor glove may be more suitable.

11.8 Electrical Utility Work

Electrical utility workers may face:

Arc-flash hazards.
Electrical shock.
Mechanical damage.
Abrasion.
Cut hazards.

The glove selection must distinguish arc-flash PPE from electrically insulating gloves.

HexArmor’s Chrome SLT models include arc-flash-related products, but their precise rating must be confirmed.

Electrically insulating gloves must be selected and maintained according to their applicable electrical standards.

11.9 Welding and Hot Work

Welding operations require gloves appropriate to:

Contact heat.
Radiant heat.
Sparks.
Molten-metal splashes.
Flame.
Abrasion.
Cut hazards.

Ironclad Heatworx and HexArmor HeatArmor products are relevant candidates for evaluation.

However, neither collection name nor a general heat-resistance claim should replace verification of the actual EN 407 performance and welding application requirements.

12. How to Select the Right Gloves for Your Business

Choosing the right glove requires a systematic approach.

The best purchasing decision is not necessarily the glove with the highest cut rating or the greatest number of protective features.

It is the glove that adequately controls the identified risks while allowing workers to perform their jobs safely and efficiently.

12.1 Step One: Identify the Workplace Hazards

Start by examining the work process.

Ask:

Are workers handling sharp metal?
Are there moving machine parts?
Are there pinch points?
Do workers handle oily components?
Are chemicals involved?
Is there a risk of needle penetration?
Are workers exposed to extreme temperatures?
Are there repetitive abrasive tasks?
Do workers need precision handling?

A glove should be selected only after identifying the relevant hazards.

12.2 Step Two: Determine the Required Protection Properties

Create a protection matrix.

Workplace hazard	Relevant glove property
Sharp edges	Cut resistance
Heavy tools and impacts	Impact protection
Rough materials	Abrasion resistance
Sharp protruding objects	Puncture resistance
Hypodermic needles	Needlestick resistance
Oils and liquids	Suitable grip and liquid resistance
Dangerous chemicals	Chemical permeation resistance
Hot surfaces	Contact-heat resistance
Flames and sparks	Appropriate thermal and flame performance
Cold conditions	Thermal insulation and cold resistance
Electrical shock	Certified electrical insulation

This step helps prevent a common purchasing mistake: selecting a glove based on one impressive rating while ignoring the other hazards.

12.3 Step Three: Choose the Correct Cut Level

Cut resistance should be based on the sharpness of the materials, handling method, force, contact frequency, and possible injury severity.

For example:

A1–A2 may be suitable for some low-cut-risk tasks.
A3–A4 may be suitable for moderate-risk handling.
A5–A6 may be appropriate for more demanding cut exposure.
A7–A9 may be required for certain high-risk applications.

These levels should not be applied mechanically. The risk assessment must determine the correct performance target.

12.4 Step Four: Evaluate Impact Protection

When workers frequently handle heavy equipment, pipes, or materials that can strike the back of the hand, impact protection may be necessary.

Look for:

TPR coverage.
Knuckle protection.
Finger protection.
Thumb protection.
Back-of-hand coverage.
Applicable impact test results.

Do not assume that visible rubber structures automatically establish a certified impact level.

12.5 Step Five: Evaluate Grip

Grip is essential for productivity and injury prevention.

Consider:

Dry surfaces.
Wet surfaces.
Oily surfaces.
Greasy surfaces.
Rough surfaces.
Smooth metal.
Small components.

A palm coating that performs well in dry conditions may not provide sufficient grip in oil-contaminated environments.

Where necessary, arrange practical glove trials.

12.6 Step Six: Select the Correct Size

HexBlue™ PointGuard® Ultra 4045 Needlestick & Cut Resistant Gloves – Tactical Solutions NZ

store.tactical.co.nz

Incorrect glove sizing can compromise both protection and comfort.

A glove that is too small may:

Restrict blood circulation.
Increase fatigue.
Cause excessive seam stress.
Reduce finger mobility.

A glove that is too large may:

Reduce grip.
Cause material bunching.
Increase entanglement risks.
Reduce tactile sensitivity.

A typical industrial glove size reference is:

Glove size	Approximate hand circumference
6 / XS	152–178 mm
7 / S	178–203 mm
8 / M	203–229 mm
9 / L	229–254 mm
10 / XL	254–279 mm
11 / XXL	279–305 mm
12 / XXXL	305–330 mm

This is an approximate sizing reference, not a substitute for the manufacturer’s specific size chart.

12.7 Step Seven: Check Certification and Technical Documentation

Before placing an order, request:

Product technical data sheet.
Declaration of Conformity.
Applicable CE or UKCA documentation.
ANSI test information.
EN 388 test results.
EN 407 results, where relevant.
EN 511 results, where relevant.
Chemical compatibility data, where applicable.
Washing and care instructions.
Product traceability information.

For high-risk applications, review the actual certification rather than relying on a supplier’s marketing description.

12.8 Step Eight: Conduct Workplace Trials

A practical trial is one of the most useful ways to evaluate industrial gloves.

A suitable trial should include:

A representative group of workers.
The actual work environment.
Normal working tasks.
The expected working duration.
Grip evaluation.
Dexterity evaluation.
Comfort evaluation.
Durability observation.
Worker feedback.
Inspection of damage after use.

The trial should not expose workers to hazards beyond the protection already established for the selected gloves.

12.9 Step Nine: Compare Total Cost of Ownership

The purchase price is only one part of the cost.

A more useful formula is:

\[ \text{Cost per use} = \frac{\text{Purchase price}}{\text{Usable service period}} \]

For example:

Glove	Purchase price	Usable service period	Cost per working day
Glove A	$5	5 days	$1.00
Glove B	$12	20 days	$0.60
Glove C	$20	40 days	$0.50

Illustrative figures only, not actual brand prices or measured product lifetimes.

A more expensive glove may be more economical if it lasts longer and maintains suitable protection.

13. Maintenance, Inspection, Cleaning, and Replacement

Industrial gloves are not maintenance-free products.

Even a high-performance glove can lose its protective properties if it is damaged, contaminated, improperly cleaned, or used beyond its intended service life.

13.1 Daily Inspection

Workers should inspect gloves before each use.

Check:

Cuts.
Tears.
Holes.
Broken seams.
Damaged coatings.
Detached TPR components.
Hardened materials.
Deformed protective structures.
Contamination.
Loss of grip.
Unusual odors.
Signs of chemical degradation.

13.2 When Should Industrial Gloves Be Replaced?

Replace gloves when:

The palm coating has worn through.
Protective liners become exposed.
The glove develops holes.
TPR elements become detached.
Stitching becomes damaged.
The glove loses its grip.
Chemical contamination compromises its suitability.
The material becomes brittle.
The glove no longer fits correctly.
The manufacturer specifies that it must be replaced.

A glove should not be repaired in a way that compromises its certified protective performance.

13.3 Cleaning and Washing

Cleaning requirements vary significantly by material.

Material	General care consideration
Synthetic leather	Follow manufacturer washing instructions
Natural leather	Use approved leather-care methods
Nitrile-coated textile	Use the specified washing temperature and detergent
HPPE liner	Avoid unapproved high-temperature washing
Kevlar-containing construction	Follow the manufacturer’s care instructions
TPR impact glove	Inspect protective components after washing
Waterproof glove	Check seams, barriers, and cuff integrity

Never assume that two gloves made from similar materials have identical washing requirements.

13.4 Storage

Store gloves in a location that is:

Clean.
Dry.
Away from direct sunlight.
Away from extreme heat.
Protected from aggressive chemicals.
Free from unnecessary mechanical compression.

Where gloves are contaminated with hazardous substances, follow the workplace’s decontamination and disposal procedures.

13.5 Worker Training

Workers should receive training on:

Selecting the appropriate glove.
Correct donning and removal.
Recognizing damage.
Understanding limitations.
Avoiding cross-contamination.
Cleaning and storage.
Reporting glove defects.
Replacing damaged PPE.

A glove is only effective when it is correctly selected, properly worn, and maintained.

14. Purchasing Considerations for PPE Distributors and Importers

For PPE distributors, importers, and wholesalers, comparing these four brands involves more than technical performance.

Commercial factors also influence purchasing decisions.

14.1 Product Range and Market Coverage

A distributor should consider whether a brand can cover several customer segments.

Brand	Potential commercial positioning
KONG	Heavy-duty industrial and oilfield gloves
Ironclad	General-purpose and specialist work gloves
Ringers	Impact protection and industrial handling
HexArmor	Premium specialist hand protection

A distributor may benefit from carrying more than one brand to serve different customer needs.

14.2 Product Differentiation

A product catalog should explain the real differences between similar models.

For example:

KONG Original versus KONG PRO A6.
Ironclad Command Pro versus Command A9 PU Impact.
Ringers R267 versus R297.
HexArmor Rig Lizard 2095 versus SharpsMaster II 9014.

These models are not interchangeable simply because they are all industrial work gloves.

14.3 Technical Documentation

Before importing a glove, request:

Manufacturer’s product datasheet.
Model-specific test results.
Certification documents.
Packaging details.
Size range.
Country-of-origin information.
Washing instructions.
Shelf-life or storage guidance, where applicable.
Applicable labeling and traceability information.

14.4 Price and Distribution

Premium specialist gloves may carry higher prices than general-purpose industrial gloves.

However, buyers should evaluate:

Purchase price.
Freight cost.
Import duties.
Distributor margin.
Replacement frequency.
Product availability.
Warranty and support.
Customer demand.
Technical service.

A distributor should not select products exclusively according to their initial unit price.

14.5 Building a Balanced Industrial Glove Portfolio

A practical PPE distributor portfolio may contain the following categories:

Product category	Suggested brand families to investigate
General work gloves	Ironclad Command
Heavy-duty impact gloves	KONG Original, Ringers Roughneck
High-cut gloves	KONG PRO, Ironclad Command, HexArmor Helix
Impact and cut combination	Ringers R297, HexArmor Rig Lizard
Cold-weather gloves	KONG Insulated, Ironclad Cold Condition, Ringers thermal models
Leather work gloves	Ironclad Ranchworx, HexArmor Chrome
Needlestick protection	HexArmor SharpsMaster
Hot-work gloves	Ironclad Heatworx, HexArmor HeatArmor

This structure allows distributors to organize their product catalogs around workplace hazards rather than simply listing products by manufacturer.

14.6 Important Advice for International PPE Buyers

Different markets have different PPE import and compliance requirements.

Before importing gloves into Europe, North America, the Middle East, Africa, or Latin America, confirm:

Applicable local PPE regulations.
Required conformity assessment.
Labeling language.
Product marking.
Certification recognition.
Import documentation.
Local distributor responsibilities.
Customer-specific approval requirements.

A CE mark alone should not be assumed to satisfy every country’s import and workplace safety requirements.

15. Frequently Asked Questions

Q1. Are KONG and Ironclad the Same Brand?

No. They are distinct commercial glove brands marketed by Ironclad Performance Wear.

KONG focuses more heavily on heavy-duty industrial and impact-oriented gloves, while Ironclad offers a wider task-specific portfolio.

Q2. Is KONG the Same as the Italian KONG Company?

No. The KONG industrial gloves discussed in this guide are part of the Ironclad product portfolio.

The separate Italian KONG company is associated with climbing, rescue, and rope-access equipment and also sells specialist gloves.

Buyers should verify the exact manufacturer and model before placing orders.

Q3. Is Ringers Owned by Ansell?

Yes. Ringers is part of Ansell’s brand portfolio.

Its product range includes impact-resistant, cut-resistant, thermal, waterproof, and other specialist industrial gloves.

Q4. What Is the Difference Between KONG and Ringers Gloves?

Both brands have strong industrial impact-protection positioning.

KONG offers heavy-duty impact and cut-resistant gloves through collections such as Heavy Duty and Cut Resistant.

Ringers places particular emphasis on impact protection and offers products such as Roughneck and Super Hero.

The better choice depends on the exact model, task, grip requirement, and certification.

Q5. Are HexArmor Gloves Better Than Ironclad Gloves?

Not necessarily.

HexArmor has notable specialist products for advanced mechanical and needle protection.

Ironclad has a broad range of task-specific gloves for general industrial, mechanical, construction, and other applications.

The appropriate comparison must be made between models with comparable intended uses.

Q6. Which Brand Is Best for Oil and Gas Workers?

KONG and Ringers are particularly relevant to heavy-duty oilfield handling.

HexArmor also offers advanced products for demanding oil and gas applications.

Ironclad offers useful products for general industrial and maintenance activities.

A site-specific risk assessment is necessary before choosing a model.

Q7. Which Brand Has the Highest Cut-Resistant Gloves?

The highest ANSI cut classification is A9.

Representative A9 products discussed in this guide include:

Ironclad Command A9 PU Impact.
HexArmor SharpsMaster II 9014.

The product must still be assessed for other hazards, including puncture, impact, chemicals, and heat.

Q8. Which Gloves Are Best for Needlestick Protection?

HexArmor SharpsMaster II 9014 is a specialist option with a published ANSI/ISEA needlestick Level 5 rating.

It is not a universal solution for every needle, sharps-handling task, or biological hazard.

Q9. What Is the Difference Between Cut Resistance and Puncture Resistance?

Cut resistance evaluates the glove’s ability to resist a blade moving across its material.

Puncture resistance evaluates resistance to penetration by a specified test probe.

A glove may have high cut resistance but relatively limited puncture resistance.

Q10. Does TPR Mean a Glove Is Impact-Proof?

No.

TPR is a protective material used in impact-resistant glove construction.

The actual performance depends on its design, coverage, construction, and testing.

No industrial glove should be considered completely impact-proof.

Q11. Are All Nitrile-Coated Gloves Oil-Resistant?

No.

Nitrile coatings can offer useful oil-related performance, but the degree of resistance depends on the formulation, thickness, exposure conditions, and type of oil.

A specific glove should be evaluated using its manufacturer’s data.

Q12. Can Cut-Resistant Gloves Be Used for Chemical Handling?

Not automatically.

Cut resistance and chemical resistance are separate protective properties.

If workers handle chemicals, the glove must be selected according to the chemical compatibility data and applicable chemical protection standards.

Q13. Are Leather Gloves Better Than Knitted Gloves?

Neither construction is universally better.

Leather gloves may provide durability and handling comfort for certain heavy-duty activities.

Knitted gloves may offer better dexterity and flexibility in selected applications.

The correct choice depends on the hazard and task.

Q14. How Often Should Industrial Safety Gloves Be Replaced?

There is no universal replacement interval.

Gloves should be replaced when damaged, contaminated, degraded, worn beyond their usable condition, or when required by the manufacturer.

Q15. Can Industrial Safety Gloves Be Washed?

Some models can be washed, but the manufacturer’s cleaning instructions must be followed.

Washing can affect coatings, liners, leather, seams, and protective components.

Q16. Are A9 Gloves Always Safer Than A5 Gloves?

No.

A9 represents a higher cut classification under the ANSI cut test.

It does not establish better grip, dexterity, impact resistance, chemical resistance, or suitability for every job.

Q17. What Is the Difference Between Arc-Flash Gloves and Electrical Insulating Gloves?

Arc-flash gloves are designed and tested for applicable thermal hazards associated with an electrical arc.

Electrical insulating gloves are designed to protect against electrical shock.

One type should not be substituted for the other.

Q18. Which Brand Is Best for General-Purpose Industrial Work?

Ironclad has a particularly broad task-specific portfolio.

However, KONG, Ringers, and HexArmor also have models suitable for selected general industrial activities.

The exact model matters more than the overall brand.

16. Final Conclusions: Which Brand Should Buyers Choose?

KONG, Ironclad, Ringers, and HexArmor are four important names to consider when evaluating premium industrial hand protection.

However, they serve somewhat different purchasing requirements.