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

• Split cowhide has good abrasion resistance, durability and puncture resistance, protected from abrasion, cold or minor mechanical damage.

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

• Mesh fabric promotes air circulation, suitable for long-term wear in hot or muggy environments.

• Customized package, logo, color.

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A: What’s the difference between EN 388:2016 and the older EN 388:2003?

Q: The 2016 edition added the 5th digit letter grade (A-F), using the TDM test specifically for high-performance cut-resistant materials. The old version had only 4 numeric digits. The new version more accurately reflects high-level cut protection — A9 gloves receive E/F ratings under this standard.

A: How should gloves be properly stored?

Q: Store in a cool, dry, ventilated place, away from direct sunlight and heat sources (e.g., radiators); keep away from ozone sources (e.g., motors, high-voltage equipment); avoid mixing with corrosive chemicals; hang or lay flat to prevent deformation; periodically check stock condition.

A: Which job types are best suited for leather gloves?

Q: Leather gloves are particularly suitable for: ① Welding & foundry (heat-resistant, spark-resistant); ② Construction & demolition (abrasion-resistant, puncture-resistant); ③ Glass & metal fabrication (cut-resistant, abrasion protection); ④ Fire & rescue (durable, heat-resistant); ⑤ Driving & transport (comfortable, vibration-damping). For wet or oily environments, choose oil-tanned pigskin gloves; for precision work, opt for thin goatskin gloves.

A: What’s the difference between CE and ANSI certification?

Q: CE is mandatory compliance marking for the EU, requiring EN standards. ANSI is a US voluntary standard (ANSI/ISEA 105). Test methods and level classifications differ — the same glove may have different level expressions under each system.