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Impact Goat Leather thermal Cut Glove A6 – White - Style A747
Designed for harsh conditions, the Goat Leather Impact Cold Cut Glove A6 delivers premium protection, warmth, and durability in demanding environments. Made from high-quality goat leather, these gloves provide A6 cut resistance, superior impact protection, and insulated warmth for cold-weather applications.
Key Features:
- High Cut Resistance (A6) – ANSI A6-rated for superior protection against sharp edges and abrasions.
- Durable Goat Leather – Naturally tough yet supple for excellent grip, dexterity, and long-lasting wear.
- Impact Protection – Reinforced TPR (Thermoplastic Rubber) padding shields knuckles and fingers from heavy impacts.
- Cold-Weather Insulation – Built-in thermal lining keeps hands warm in freezing temperatures.
- Ergonomic Fit & Flexibility – Pre-curved fingers and a secure fit ensure all-day comfort and optimal performance.
Enhanced Grip – Designed for superior handling in dry, wet, and oily conditions, even in cold environments. Ideal for: | Cold Storage & Freezer Work | Winter Construction | Oil & Gas Industry |Metal Fabrication | Heavy Equipment Handling Stay protected, warm, and in control with the Goat Leather Impact Cold Cut Glove A6—engineered for the toughest jobs in the coldest conditions.
MATERIALS:
Goat Grain Leather, Steel, Aramid, TPR
ANSI cut level A6
Thermal insulating textile lining
Steel and Aramid fibre combined with HPPE create a highly cut-resistant material that withstands high temperatures.
Goat Grain Leather for durability and dexterity.
Provides over 480°F contact heat protection
Specialist TPR design to provide maximum dexterity and level 2 impact protection.
Elasticated cuffs for a secure fit
Keystone thumb
Classic leather driver
Retail tag, which aids presentation for retail sales
STANDARDS:
ANSI/ISEA 138-2019 Level 2, ANSI/ISEA 105 – 2016 CUT Level A6, ANSI/ISEA 105 – 2016 ABRASION Level 4, ANSI/ISEA 105 – 2016 PUNCTURE Level 4, EN ISO 21420:2020 Dexterity 5 2, EN 388:2016 +A1:2018 2233XP, EN 407:2020 X2XXXX, EN 511:2006 22X
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