Fire Resistant Polar
Paris Blue Fire Resistant Polar

Paris Blue

Ref.
107659.00
  • Designed for high intensity professional activities.
  • Efficient protection against fire hazards.
  • Thermal protection, ideal for extreme cold weather.
In stock
58.19£
Information
Description
Fire resistant polar tubular Paris Blue - BUFF® Professional Collection: · Workers who require protection from heat, flames, thermal hazards and potentially explosive substances. · Ideal for activities in extreme cold weather conditions.
Certifications: CE - CAT I EN ISO13688/13, EN ISO 11612/15, EN 1149-5/08
Features
Fire protection: BUFF® Professional products have obtained the EC-Type Examination Certificate in accordance with the content of (UE) Regulation 2016/425 and in accordance with the trial procedures appplicable according to EN ISO 11612:15.
Wide range of wearing styles and possibilities. Enjoy versatility and freedom in one product.
NOMEX® meta-aramid fibre manufactered by DuPont. Flame-resistant properties, great resistance against high temperatures and resistance against melting, dripping or combustion.
Antistatic properties: professional use product built and designed to reduce the effects of static electricity.
Tech Info
Weight (grams): 90.00
Color: Paris Blue
Measures (Width x Height): 24X55
Composition: 58% M-Aramid Nomex® 19% Lenzing FR
8% P-Aramid Kevlar® 6% Polyester
3% Antiestatic Fiber 3% Elastane
3% P-Aramide Kevlar®
Reccomended age: Adult
Gender: Woman, Man
Use: All Year-round
Care instructions: Machine Wash
Weather Conditions
Wind Cold Cool Hot
Feature title
Fire Protect
Advanced technology for protection against the fire. Designed for the professional use of firefighters and workers exposed to fire hazards. Viscose FR for a superior protection against the fire.
Feature title
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.