Leather Drivers Work Gloves CV Grade Grain Goatskin Keystone Thumb (12 Pairs)

$67.75
By MCR Safety
Size

Goatskin has a natural lanolin content that keeps gloves and hands soft

Known for its softness and flexibility, goatskin leather stands out as an exceptional choice for crafting gloves. Ideal for various applications, it effectively combines comfort with superior dexterity. Despite its soft nature, goatskin leather boasts impressive durability, providing resistance to wear and tear even with consistent use. The inherent natural lanolin content contributes to a soft feel and enhances the leather's longevity. The 36133 features CV-grade grain goatskin leather, a shirred elastic back, and a keystone thumb design. This combination results in gloves that provide optimal tactile sensitivity, making them a perfect blend of flexibility, comfort, and enduring quality. If you are looking for the best goatskin work gloves, look no further than MCR Safety!
  • Color-coded hem to identify size
  • CV-grade grain goatskin leather
  • Keystone thumb design
  • Shirred elastic back
  • Formerly known as Memphis Glove

Abrasion Score

- Abrasion Level 3

- ANSI/ISEA 105:2016 Standard

- Abrasion Resistance Test Method ASTM D3389-15 for Coated Gloves

- Abrasion Resistance Test Method ASTM 3884-09 for Uncoated Gloves

Puncture Score

- Puncture Level 3

- ANSI/ISEA 105:2016 Standard

- Puncture Resistance Test Method EN388

Contact Heat Score

Level 2

For applications less than 284 degrees Fahrenheit.  Contact Heat Only, Not Direct Flame.

-Gloves Tested Palm Only-

ANSI/ISEA 105:2016 Standard, ASTM F1060 - 18 Standard Test Method for Evaluation of Conductive and Compressive Heat Resistance.  Conductive heat ratings measure the highest contact temperature for which the time to second-degree burn is at least 15 seconds and the alarm time is at least four seconds.

Leather Type

Goatskin - Proven to be very strong leather with great tensile strength.  Goatskin also has a natural lanolin content that keeps gloves and hands soft.  Provides greater tactile sensitivity.
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