Description
FR20 – FR Anti-Static Balaclava Hood is designed to provide superior protection and comfort for workers in environments where both flame resistance and static control are crucial. This high-performance balaclava hood meets stringent safety standards, making it an essential piece of personal protective equipment (PPE) for various industries, including oil and gas, electrical, and firefighting.FR20 is inherently flame-resistant and anti-static. The fabric provides ARC2 protection against the thermal hazard of an electric arc and the high cotton content gives maximum comfort against the skin. Ideal when extra warmth and protection are required.
Key Features:
- Flame Resistance:
- Constructed from inherently flame-resistant materials, ensuring durable protection against flash fires and arc flash hazards.
- Meets NFPA 70E, NFPA 2112, and ASTM F1506 standards for flame-resistant clothing.
- Anti-Static Properties:
- Engineered with anti-static fibers to prevent the build-up of static electricity, reducing the risk of sparks that could ignite flammable substances.
- Compliant with EN 1149-5 for protective clothing with electrostatic properties.
- Comfort and Fit:
- Soft and breathable fabric for all-day comfort.
- Stretchable material provides a snug yet comfortable fit, accommodating various head sizes and shapes.
- Flat seams to minimize irritation and pressure points, ensuring maximum comfort even during extended wear.
- Design and Coverage:
- Full head, face, and neck coverage to protect against thermal hazards and static discharge.
- Ergonomic design allows for easy integration with other PPE, including hard hats and face shields.
Applications: The FR20 – FR Anti-Static Balaclava Hood is ideal for professionals working in environments where both fire and static
Invest in the FR20 – FR Anti-Static Balaclava Hood for unparalleled protection, comfort, and durability. Ensure the safety of your workforce with this essential piece of PPE, designed to safeguard against the dual hazards of fire and static electricity in the most demanding work environments.
