• Cuffs completely cover the wrist, preventing splashes, debris or other materials from getting inside.

• Split cowhide has good abrasion resistance, durability and puncture resistance, providing reliable protection.

• Thickened cowhide resists mechanical friction and wear, providing reliable protection for hands.

• Although it is made of two layers of cowhide, the leather is soft and comfortable, providing a good feel when worn.

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A: What signs indicate gloves need immediate replacement?

Q: Any of the following: ① Perforations, cracks, or holes; ② Severe coating wear or blistering; ③ Seam splitting or unraveling; ④ Material hardening, stickiness, or severe discoloration; ⑤ Deformation causing poor fit; ⑥ Protection markings worn or illegible; ⑦ Exceeded expiry date.

A: Should glove replacement cycles differ by job type?

Q: Yes. High-risk/high-wear roles (e.g., metalworking, construction) require more frequent replacement than low-risk roles (e.g., warehousing, quality control). Implement a tiered replacement schedule with differentiated cycles based on actual usage intensity per role.

A: How to determine if glove samples are acceptable?

Q: Verify against product datasheets: measure thickness, check weight, compare color against standard; conduct wear tests for comfort/dexterity; perform basic friction and stretch tests; for professional data, send to third-party labs.

A: What are the advantages of leather gloves over coated gloves?

Q: Leather offers better breathability and moisture-wicking due to its natural material, reducing stuffiness during prolonged wear. Leather also provides stable grip in both dry and slightly damp conditions, with superior heat resistance over most coated gloves (cowhide can briefly withstand 200-300°C contact heat), suitable for welding and foundry work.