Firefighter Balaclava Solid Paris Blue: Balaclava specially recommended for structural firefighters. It offers high level protection in environments with thermal risk, such a flashover, contact heat and radiant heat. Lightweight and breathable. Composed by 2 layers fabric of a blend between Aramid Fibres from Du-PontTM and Viscose FR® for a superior protection and comfort.
Certifications: CE - CAT III EN ISO 13688/13, EN 13911/17, EN 1149-5/08, NFPA 1971. Design: Solid. Size: Adults.
Firefighter Balaclava
Solid Paris Blue
Ref.
119477.799.10.00
- Ergonomic design. Ideal for structural firefighters.
- Protection in environments with thermal risks.
- Tight, comfortable and stretchy: Wear it under a helmet!
Description
Features
Fire protection with CE type examination certification as expressed in EU regulation 2016/425 Annex II and meets the requirements of EN ISO 13688: 2013, Protective clothing.
Antistatic properties: professional use product built and designed to reduce the effects of static electricity.
NOMEX® meta-aramid fibre manufactured by DuPont. Flame-resistant properties, great resistance against high temperatures and resistance against melting, dripping or combustion.
Individual protective equipment. Category III.
Tech Info
| Collection: |
Professional 20/21 |
|---|---|
| Season: | No |
| Colour: |
Blue |
| Recommended age: |
Adult |
| Composition: |
56% M-Aramid Nomex® 31% Viscose FR 6% Polyamide 3% P-Aramid Kevlar® 2% Carbon Fiber P-140 2 % Elastane |
| Care instructions: |
Machine Wash |
| Ultraviolet Protection Factor: | No |
| Measures (Wide x Long x High): | 38X47 |
Fire Protect
Advance fire-protection technology thanks to the fire-resistant and antistatic properties of the fibers. Designed for professional use by firefighters and workers exposed to fire hazards.
Nomex® by DuPont™
NOMEX® meta-aramid fibre manufactered by DuPont. Nomex® is an inherently flame-resistant, high-temperature resistant fiber that will not melt, drip, or support combustion in air. It is offered in paper, felt, fabric, and fiber forms.