Chicago Protective 234-AKV-ZP Aluminized Zetex Plus® High Heat Glove
Engineered for extreme industrial heat environments, the Chicago Protective Apparel 234-AKV-ZP aluminized glove delivers advanced thermal protection with a high-performance material combination designed for durability, flexibility, and radiant heat resistance.
Built for foundries, glass plants, metal forging, and high-temperature manufacturing, this glove combines a 35 oz Zetex Plus® palm with a 19 oz aluminized para-aramid blend back and insulating wool lining for superior protection in intense heat conditions.
Advanced High-Heat Protection
The 234-AKV-ZP glove is constructed to handle demanding thermal environments where radiant and contact heat are constant hazards.
- 35 oz Zetex Plus® Palm – Exceptional contact heat resistance and durability
- 19 oz Aluminized Para-Aramid Back – Reflects radiant heat away from the hand
- Wool Lined Interior – Added insulation and comfort during prolonged exposure
- Designed for high-temperature industrial applications
- Reinforced construction for extended wear life
The aluminized back reflects radiant heat, while the heavyweight Zetex Plus® palm provides durable contact protection against hot surfaces and materials.
Ideal Applications
This industrial heat-resistant glove is trusted in:
- Foundries and molten metal handling
- Glass manufacturing
- Steel mills
- Aluminum processing
- Heat treating operations
- Industrial furnace work
When radiant and contact heat protection are both required, the 234-AKV-ZP delivers reliable performance.
Material Technology Breakdown
Zetex Plus® Palm (35 oz)
- Zetex Plus® is a high-performance fiberglass-based fabric engineered for superior heat resistance and mechanical durability. The heavyweight construction enhances longevity in abrasive environments.
- Aluminized Para-Aramid Back (19 oz)
- The aluminized para-aramid blend reflects radiant heat while maintaining strength and flexibility. Para-aramid fibers provide enhanced cut and tear resistance.
- Wool Lining
- Naturally insulating and moisture-managing, wool improves wearer comfort in extreme heat conditions.
