ARC Category 4 Flash Gloves

Code: WTGV70031 Categories: , ,

ATPV 42.2 Cal/cm² (Aitex tested)
NFPA 70E
IEC 61482
Inherent FR fibre construction
i-ARC technology components

Code: WTGV70031 Categories: , ,
Available Sizes

One size fits all

Available Colours

Navy

Colours MTO

Orange, Fern Green

Advanced Protection & Performance Standards

CAT 4 ARC flash protection
ATPV 42.2 Cal/cm²
Heat-resistant multi-layer construction
Inherent FR performance — protection will not wash out
Reinforced stitching for durability
Designed for high-energy arc environments

Built for high-energy electrical environments, these gloves provide exceptional thermal protection through a multi-layer blend of i-ARC fibres, meta-aramid insulation and natural fibre comfort layers. Their padded body improves heat resistance, while finger inserts allow for enhanced ease of movement. Engineered for durability with FR stitching and reinforced fabric layers, these gloves deliver dependable protection for technicians working under Category 4 conditions.

Key Features & Performance Highlights

Multi-layer i-ARC fibre construction
Two layers of non-woven meta-aramid
One layer of plain cotton weave
Padded thermal barrier
Dual-layer reinforced glove body
Finger inserts for improved mobility
Meta-aramid FR stitching
High-strength top-stitching on glove opening
Inherently flame-resistant
Lightweight

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Extreme thermal shielding for high-calorie arc flash tasks and elevated electrical risks.
Multi-layer durability withstands heat, debris and friction in energized manufacturing zones.
Refineries iconFR construction, padding and mobility-focused design support technicians in demanding environments.

Multi-Layer i-ARC Fibre Construction
A composite of LENZING™ FR fibres, aramid and anti-static yarn, forming the glove’s primary thermal barrier.
Purpose-Engineered Benefit
Delivers lightweight, durable and inherently flame-resistant protection suitable for high-energy arc environments.

Two Layers of Non-Woven Meta-Aramid
A dense insulating material positioned within the glove for added heat resistance.
Purpose-Engineered Benefit
Significantly reduces heat transfer to the skin, improving safety in high-calorie arc events.

One Layer of Plain Cotton Weave
A soft natural fibre layer placed closest to the skin.
Purpose-Engineered Benefit
Improves breathability and comfort during extended wear without compromising protection.

Padded Thermal Barrier
Additional padding built into the glove body.
Purpose-Engineered Benefit
Enhances insulation and helps manage high-temperature exposure more effectively.

Dual-Layer Reinforced Glove Body
Two layers of protective fabric forming the outer structure of the glove.
Purpose-Engineered Benefit
Increases durability and resistance to wear, abrasion and repeated thermal exposure.

Finger Inserts for Improved Mobility
Flexible fabric inserts positioned between the fingers.
Purpose-Engineered Benefit
Improves dexterity and ease of movement, allowing more precise handling of tools and components.

Meta-Aramid FR Stitching
Seams constructed using flame-resistant meta-aramid thread.
Purpose-Engineered Benefit
Prevents seam failure under high heat, maintaining glove integrity during arc events.

High-Strength Top-Stitching on Glove Opening
Reinforced stitching placed at the glove’s entry point.
Purpose-Engineered Benefit
Improves durability in a high-wear area and prevents fraying over time.

Inherently Flame-Resistant
The fibre composition is designed to be permanently flame-resistant.
Purpose-Engineered Benefit
Ensures protection does not diminish with washing, wear or environmental exposure.

Lightweight
Carefully engineered weight distribution considering the multi-layer build.
Purpose-Engineered Benefit
Reduces fatigue while maintaining CAT 4 thermal shielding performance.

Comprehensive Features & Detailed Performance Insights

Multi-Layer i-ARC Fibre Construction
A composite of LENZING™ FR fibres, aramid and anti-static yarn, forming the glove’s primary thermal barrier.
Purpose-Engineered Benefit
Delivers lightweight, durable and inherently flame-resistant protection suitable for high-energy arc environments.

Two Layers of Non-Woven Meta-Aramid
A dense insulating material positioned within the glove for added heat resistance.
Purpose-Engineered Benefit
Significantly reduces heat transfer to the skin, improving safety in high-calorie arc events.

One Layer of Plain Cotton Weave
A soft natural fibre layer placed closest to the skin.
Purpose-Engineered Benefit
Improves breathability and comfort during extended wear without compromising protection.

Padded Thermal Barrier
Additional padding built into the glove body.
Purpose-Engineered Benefit
Enhances insulation and helps manage high-temperature exposure more effectively.

Dual-Layer Reinforced Glove Body
Two layers of protective fabric forming the outer structure of the glove.
Purpose-Engineered Benefit
Increases durability and resistance to wear, abrasion and repeated thermal exposure.

Finger Inserts for Improved Mobility
Flexible fabric inserts positioned between the fingers.
Purpose-Engineered Benefit
Improves dexterity and ease of movement, allowing more precise handling of tools and components.

Meta-Aramid FR Stitching
Seams constructed using flame-resistant meta-aramid thread.
Purpose-Engineered Benefit
Prevents seam failure under high heat, maintaining glove integrity during arc events.

High-Strength Top-Stitching on Glove Opening
Reinforced stitching placed at the glove’s entry point.
Purpose-Engineered Benefit
Improves durability in a high-wear area and prevents fraying over time.

Inherently Flame-Resistant
The fibre composition is designed to be permanently flame-resistant.
Purpose-Engineered Benefit
Ensures protection does not diminish with washing, wear or environmental exposure.

Lightweight
Carefully engineered weight distribution considering the multi-layer build.
Purpose-Engineered Benefit
Reduces fatigue while maintaining CAT 4 thermal shielding performance.

Upper

Top Sock

Sole

Certifications & Manufacturing

Spec sheets and accreditations are available on request.