The Natpro 92440V Aluminized Kevlar Jacket is designed for high-temperature work involving radiant heat, molten metal splashes and flame exposure. Its durable aluminized Kevlar construction reflects radiant heat while providing flame and abrasion resistance, and the garment is sewn with Kevlar thread for additional durability. The 40 in. jacket features a stand-up collar with a velvet interior, hook-and-loop front closure and adjustable hook-and-loop cuffs. It may be used in temperatures up to 800°F under certain conditions; actual thermal protection depends on the specific heat sources and conditions of use.

Key Features

Radiant heat protection: Aluminized surface reflects radiant heat away from the wearer.
Molten metal resistance: Aluminized surface resists molten metal splashes.
Durable construction: Abrasion-resistant material and Kevlar-thread seams support demanding high-temperature work.
Comfortable neck coverage: Stand-up collar features a velvet interior.
Adjustable coverage: Hook-and-loop front closure and cuffs provide practical adjustment.
Streamlined design: Pocketless construction and no storm flap.

Intended Use

Designed for high-temperature work requiring protection from radiant heat, molten metal splashes and flames.

Foundries
Metal processing
Smelting operations
Steel and metal manufacturing
High-temperature industrial work

Product Specifications

Brand: Natpro
Model: 92440V
Product Type: Aluminized Kevlar heat-protective jacket
Material: Aluminized Kevlar
Length: 40 in.
Collar: Stand-up collar with velvet interior
Closure: Hook-and-loop front closure
Cuffs: Hook-and-loop adjustable cuffs
Seams: Sewn with Kevlar thread
Pockets: None
Storm Flap: None
Material Properties: Reflective to radiant heat, flame-resistant and abrasion-resistant
Temperature: For use up to 800°F under certain conditions

Certifications and Standards

No certifications or standards were provided by the manufacturer.

Temperature Protection Notice: Protection up to 800°F depends on the actual exposure conditions, including radiant heat, contact heat and other heat sources. Specific testing under the worker's actual conditions of use is strongly recommended to confirm suitability for the intended application.