Heat Treated Welding Blanket
Heat Treated Welding Blankets for Clean Environments
For applications where smoke, outgassing, and airborne particulates are unacceptable, a heat treated welding blanket is the perfect solution. DeBrovys offers premium heat-treated fiberglass and silica blankets that have been pre-burned to remove organic binders, resulting in a clean, smoke-free fire blanket for welding in sensitive environments.
Upgrade Your Welding Heat Shield Blanket
Ensure a clean, safe workspace with our heat-treated options. We offer single units and welding blankets bulk order pricing for large facilities.
Shop Heat Treated Blankets For SaleThe Clean Industrial Welding Blanket Solution
Standard fiberglass blankets contain starches and binders that burn off when first exposed to high heat, creating smoke and fumes. Our heat-treated options eliminate this issue. Whether you need a heavy duty welding blanket for a clean room or a high-temperature 1800 degree welding blanket for extreme heat applications, our heat-treated silica and fiberglass options deliver unmatched performance.
Product Specifications & Sizes
We stock standard sizes like the popular welding blanket 4x6 and welding blanket 6x8, and can fabricate any welding blanket custom size you require.
| Product | Material | Temperature Rating | Best Application |
|---|---|---|---|
| 18 oz. CH-Grade Silica | Heat-Treated Silica | 1800°F Continuous | Extreme heat, clean environments |
| 36 oz. CH-Grade Silica | Heavy Heat-Treated Silica | 1800°F Continuous | Maximum thermal protection |
Specialized Applications
Power Generation & Nuclear
In facilities where air quality and contamination are strictly controlled, a heat-treated industrial welding blanket is mandatory. Our silica blankets provide the necessary welding spatter protection without introducing smoke or particulates.
Pipe Welding & Pre-Heating
An excellent welding blanket for pipe welding, our heat-treated silica blankets can be used to wrap pipes during pre-heating and post-weld heat treatment, withstanding the continuous high temperatures required for these processes.