Product Description
We manufacture fire proximity suits using aluminized glass fiber fabric. These suits have built in heat resistant lining and include coat, pant, and visor with fitted helmets. These are used for aircraft rescue, firefighting and under conditions of extreme temperature / heat. The suits are fully insulated with many layers of insulation. Their outer fabric is made up of aluminum for radiant heat protection. The fire proximity suits are intended for use with air veil with internal wrap seals and under arm change strap. These are available for different entry & proximity situations.
KEY POINTS:
- Widely used in petrochemical plants, steel, glass, glass, ceramics and defense industry
- Kiln stuff provides protection from high temperature
- Head protector is attached with neck cover
- Includes self-contained breathing apparatus
Advanced Heat Protection TechnologyThis suit leverages multi-layer aluminised fabric technology that reflects intense radiant heat while maintaining flexibility and ergonomic comfort. The combination of glass fibre or aramid blend enhances resistance to molten metal splash and thermal hazards, making it suitable for diverse firefighting scenarios and high-temperature rescue applications.
Total Safety and ComplianceCombining outer aluminised layers with a heat-resistant visor and gloves, the suit provides comprehensive protection for head, torso, limbs, hands, and feet. It adheres to international safety standards like IS 11871, EN 1486, and CE, ensuring reliability for professional firefighters, industrial responders, and rescue teams.
Optimized Comfort and UsabilityDespite robust protection, the suit is lightweight and ergonomically designed for ease of movement. Adjustable sizing and flexible materials allow wearers to operate efficiently in urgent situations. Accessories including boots, gloves, and helmet further enhance convenience and safety, all easily stored and transported in an included carry bag.
FAQs of Aluminised Fire Proximity Suits:
Q: How should the Aluminised Fire Proximity Suit be properly worn and adjusted for full protection?
A: To ensure maximum coverage, first wear the jacket and trousers, then secure the hood with visor, helmet, gloves, and boots. Adjust straps and fasteners to achieve a snug yet comfortable fit, checking that all seams are sealed and the visor is unobstructed.
Q: What applications is this suit best suited for?
A: This suit is designed for fire fighting, close proximity operations, and rescue missions in high-temperature environments. It can be used for handling fire classes A, B, C, D, and E, except for metal fires, in industrial facilities, emergency response units, and hazardous material sites.
Q: When is it recommended to use this suit during firefighting activities?
A: Wear this suit when working near intense radiant heat, flames, or molten materialsespecially during close proximity fire operations, rescues in furnace areas, or industrial incidents where protection from thermal hazards is essential.
Q: Where should the suit be stored to maintain its protective features?
A: For longevity and optimal performance, store the suit in a cool, dry, and clean area, preferably inside the provided carry bag. Avoid exposure to moisture, direct sunlight, and contaminants that could degrade the protective materials.
Q: What benefits does the multi-layer aluminised construction provide compared to standard suits?
A: The multi-layer design delivers superior thermal insulation, high heat reflectivity, resistance to molten metal splash, and flexibility, offering comprehensive protection against temperatures up to 1000C while allowing freedom of movement.
Q: How does the visor enhance safety during operation?
A: The high-temperature resistant polycarbonate or gold vaporised visor shields the wearers face from intense heat, infrared radiation, and splashes, maintaining clear vision and preventing burns or injuries during critical operations.
Q: What certifications attest to the suits quality and safety standards?
A: The suit complies with IS 11871, EN 1486, and CE certifications, confirming its reliability for fire protection, thermal resistance, and ergonomic design in professional firefighting and rescue contexts.