Fire-resistant and anti-static Balaclava Hood PORTWEST FR20

Flame-resistant and anti-static balaclava hood PORTWEST FR20. The FR20 is inherently flame-resistant and anti-static. The fabric provides ARC2 protection against the thermal effects of an electric arc, and the high cotton content offers greater comfort to the skin. Ideal when more warmth and protection are required.

Modaflame™ Knit

Made with 60% Modacrylic fiber, 39% Cotton, and 1% Carbon fiber, inherently fire-resistant. The Modaflame™ Knit collection is strong, durable, and highly innovative. The high-performance fibers are blended without chemical treatment, giving Modaflame™ Knit its unparalleled softness, feel, and appearance.

Flame-resistant

This market-leading collection provides multi-norm protection for hazardous environments. These cutting-edge products are the result of years of experience combined with advanced technology and market research. The commitment to user health, safety, and comfort is evident in the wide variety of products suitable for all weather conditions and applications.

FEATURES

• The inherent flame-resistant qualities will not diminish with washing
• Protection against contact, convective, and radiant heat
• Anti-static
• High cotton content for greater comfort
• Generous fit for user comfort
• CE certified
• CE-CAT III
• UKCA marked

SIZE GUIDE

WASHING CARE

Maximum wash temperature 40ºC, gentle process

Do not use bleach

Do not use dryer

Iron at max 150ºC

Do not dry clean

STANDARDS

EN ISO 11612 (A1, B1, C1, F1) This standard indicates resistance to flame spread and limited contact with convective heat.

EN 1149 -5 refers to protective clothing against electrostatic discharge. This standard sets the requirements for the electrostatic properties of the materials used in the making of the garments.

ASTM F1959/F1959M-12 (ATPV=16 Cal/CM2 (HAF=86%)) refers to the ability of a fabric to protect against electric arc. ATPV stands for Arc Thermal Performance Value and HAF stands for Arc Acceptance Factor. The ATPV value indicates the maximum incident energy at which the fabric is expected to provide some protection, while the HAF indicates the percentage of incident energy expected to pass through the fabric.

LABORATORY

SATRA Technology Europe Ltd (Notified Body No.: NB: 2777) Bracetown Business Park D15 YN2P, Ireland Cert. No: 2777__12776_01__E00_00