Professional-Grade 800°C Heat-Resistant Gloves, Engineered with Carbon-Aramid Hybrid Reinforcement for Unmatched Durability

Handling molten metal and extreme heat shouldn’t be a gamble. Our upgraded 800°C gloves provide the robust thermal shield your team needs, combining heavy-duty heat deflection with the dexterity required for precise industrial operations.

Safety Challenges in Extreme Heat Environments

• Material Burn-through: Standard aramid gloves often fail when exposed to the intense thermal spikes of 800°C. Our hybrid carbon-fiber reinforcement prevents premature material fatigue and burn-through, keeping your crew safe longer.

• Rapid Palm Degradation: In high-heat operations, the palm is the primary contact point. Inferior palm materials harden and crack under extreme heat, forcing constant replacement.

• Safety Compromises: Relying on standard protective gear for extreme temperature zones leads to high liability. Our upgraded composite materials offer a safety margin that standard aramid alone cannot guarantee.

Comprehensive Material Data for Heat-Resistant Glove

Product Model：	1414 aramid cloth：	Aluminized carbon fiber blend fireproof cloth：
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Flame retardant properties：	Damaged length ≤100mm, afterflame time ≤2s	Damaged length ≤100mm, afterflame time ≤2s
Thermal Stability：	After being thermally stabilized at 180°C, the dimensional change rate in both the warp and weft directions is no more than 10%, and there is no melting or dripping.	After being thermally stabilized at 260°C, the dimensional change rate in both the warp and weft directions is no more than 10%, and there is no melting or dripping.
Fracture Strength：		Meridian ≥500N, Zonal ≥500N
Tear Through Strength：		Meridian ≥500N, Zonal ≥500N
Peel Strength：		Meridian ≥9N, Zonal ≥9N
Hydrostatic Pressure Resistance:		Hydrostatic pressure ≥17KPa

Our heat protection cloth is designed to meet strict international safety standards

Detailed View

Key Performance Advantages of Our Heat-Resistant Glove

• Upgraded 800°C Thermal Shield: Specifically engineered for high-intensity thermal environments, our multi-layer composite structure integrates advanced aluminized fabric with high-heat-resistant fibers to deflect extreme radiant and contact heat.

• Superior Carbon-Aramid Hybrid Reinforcement: We’ve upgraded the high-wear palm area with a dense Para-Aramid (1414) and Carbon Fiber blended twill. This creates a “thermal armor” that is significantly more resistant to scorching and abrasion than standard aramid, doubling the service life in harsh casting or foundry conditions.

• Reinforced Structural Integrity: The hybrid carbon-aramid palm not only resists extreme heat but also maintains its structural integrity after repeated cycles of heating and cooling, preventing the “stiffening” effect found in lower-tier gloves.

• Optimized Dexterity for Extreme Tasks: By strategically using the carbon-aramid blend only where reinforcement is needed, we preserve the glove’s overall flexibility, allowing workers to maintain precise control over tools and machinery even at 800°C.

Application

Social Proof

“In our foundry operations, regular aramid gloves would harden and fail within weeks. After switching to these 800°C Carbon-Aramid hybrid gloves, our replacement cycle has been cut in half. The palm reinforcement holds up under the intense heat of handling semi-molten components, and the dexterity hasn’t dropped. It’s an essential upgrade for our safety protocols.” — Operations Manager, Industrial Casting Facility.

Frequently Asked Questions About Heat Resistant Glove

Q: How does the Carbon-Aramid palm reinforcement improve performance?

A: Carbon fiber is renowned for its exceptional heat resistance and low thermal expansion. By blending it with Para-Aramid, we’ve created a palm surface that stays soft and durable even after continuous exposure to 800°C, preventing the cracking and brittleness seen in pure aramid palms.

Q: Is this glove too bulky for handling small tools?

A: Not at all. While the palm is heavily reinforced for durability, the dorsal (back) and joint areas use a more flexible, lighter composite material. This hybrid construction ensures you get maximum “thermal armor” where you need it, without sacrificing the dexterity needed for daily tasks.

Q: Can these gloves be washed?

A: To maintain the integrity of the aluminized layer and the carbon-aramid fiber, we recommend spot cleaning and air drying. Proper care will ensure the thermal properties remain effective throughout the glove’s extended lifespan.

 Request a Quote for Your Protection Solution

Ready to elevate your workplace safety and operational efficiency? Don’t settle for inferior protection. [Contact our technical sales team today] to request a datasheet, get a custom quote, or discuss a trial order tailored to your facility’s specific safety requirements. Stay safe, stay productive.