PIONEER Leather Red Heat Resist – Cuff

Description

PIONEER Leather Red Heat Resist – Cuff

The PIONEER Leather Red Heat Resist – Cuff is a targeted thermal protection solution designed for South African industrial environments where high-heat contact is concentrated on the hands rather than the forearms. Utilizing the same premium “Supa Red” leather treatment as the gauntlet variants, this model offers a more compact profile, allowing for greater freedom of movement in confined workspaces. It is the ideal choice for South African technicians who require the robust heat resistance of split leather but prefer a shorter cuff for easier integration with specialized protective sleeves or when working in high-ambient temperatures where ventilation is a priority.

Technical Specifications:

• Primary Material: Premium-grade heat-stabilized “Supa Red” cow split leather for maximum thermal durability.
• Cuff Design: Short-form safety cuff (approx. 50mm to 70mm) for enhanced wrist mobility and ease of donning.
• Internal Lining: Soft cotton-fleece lining for heat insulation and improved moisture management.
• Stitching: Stitched with heat-resistant Aramid fiber thread to ensure durability against sparks and slag.
• Reinforcement: Fully welted seams to protect the stitching from direct thermal exposure and mechanical abrasion.
• Dexterity: Optimized cut to maintain grip sensitivity while providing a heavy-duty thermal barrier.

Compliance & Standards:

• EN 407:2004: 413X4X (Certified resistance against flammability, contact heat, and small molten metal splashes).
• EN 388:2016: 4243X (High ratings for Abrasion, Tear, and Puncture resistance).
• SANS 1228: Compliant with South African National Standards for industrial heat-resistant handwear.
• CE Category II: Certified for protection against intermediate thermal and mechanical risks.

Ideal Application: Primary use case includes light-to-medium metal fabrication, spot welding, engine component handling, and maintenance tasks in South African workshops where forearm bulk must be minimized.