SUPER ARMOR Flame Retardant Hood

Product Details:

The Super Armor FM02 Flame Retardant Hood is expertly crafted to offer superior protection in high-heat and hazardous environments. Constructed from MAZIC®-FM02 material, this hood provides flame retardant properties, ensuring safety in extreme conditions. The full-face, lightweight, double-layer design guarantees complete coverage without sacrificing comfort or mobility. Its tube and rib construction enhances the fit, making it suitable for extended use in industries that require reliable flame resistance.

Key Features and Benefits:

• Flame Retardant Material: Made from MAZIC®-FM02 fabric, providing excellent protection against flames, as certified by EN13911:2004.
• Full-Face Protection: Designed to offer complete coverage of the face and neck, safeguarding against flames and heat.
• Lightweight Double-Layer Construction: Provides enhanced durability while remaining lightweight for user comfort.
• Tube & Rib Design: Ensures a snug fit for different head sizes, making it comfortable for prolonged wear.
• Certified Performance: No flaming to edge, no hole formation, no flaming debris, and no afterglow after exposure to flame, ensuring high safety standards.

Recommended For:

• Firefighters: Ideal for use in firefighting operations where flame resistance and heat protection are critical.
• Industrial Workers: Suitable for professionals working in high-heat environments, such as foundries, steel mills, and welding industries.
• Rescue Teams: Provides essential protection in rescue operations involving exposure to flames or extreme heat.

Industries:

• Firefighting
• Oil & Gas
• Metal & Steel Foundries
• Emergency Response

Specifications:

• Size: One size fits all
• Material: MAZIC®-FM02
• Colors Available: Dark Blue, Grey, Grayish Off-White
• Certification: EN13911:2004 – Complies with stringent flame protection standards.

Performance Parameters:

• Flame Spread: No flaming to the edge, no hole formation, no flaming debris, and no afterflame or afterglow.
• Heat Resistance Change: Less than 3% change after heat exposure.
• Residual Strength: Greater than 2800 kPa after heat exposure.
• Heat Transfer-Radiation: t24 > 28.5 seconds; t24-t12 > 11 seconds, providing excellent heat transfer protection.