FR12 - FR Modaflame Anti-Static Long Sleeve Sweatshirt

Designed for workers exposed to heat, this comfortable and durable sweatshirt combines functionality, safety, and style.

Key Features

• Flame Resistance: Inherent flame-resistant qualities that do not diminish with washing.
• Heat Protection: Shields against radiant, convective, and contact heat.
• Comfortable Fabric: High cotton content ensures superior comfort.
• Ribbed Design: Includes ribbed cuffs and hem for a secure and comfortable fit.
• Crew Neck: Classic round neck design for ease of wear.
• Durable Construction: Outstanding color fastness and shrinkage resistance for long-lasting performance.
• External Standards Label: Quick identification of protection levels.
• Anti-Static Properties: Ensures safety in electrostatic-sensitive environments.
• UV Protection: 40+ UPF rated fabric blocks 98% of UV rays.
• ESD Suitability: Suitable for use in ESD (Electrostatic Discharge) environments.
• ATEX Suitability: Can be safely worn in ATEX environments.
• CE Certified: Meets rigorous safety standards (CE-CAT III).

Fabric Details

Material: Modaflame Knit - 60% Modacrylic, 39% Cotton, 1% Carbon Fibre, 300g.

Durability: Heavyweight fabric designed for long-lasting protection and comfort.

Certifications

• Heat and Flame Resistance: EN ISO 11612 A1, B1, C1, F1.
• Anti-Static Properties: EN 1149-5.
• Arc Flash Protection: IEC 61482-2 IEC 61482-1-1 ELIM 9.2 CAL/CM, ATPV 15 CAL/CM.
• Electric Arc Testing: IEC 61482-2 IEC 61482-1-2 APC 1.
• Thermal Performance: ASTM F1959/F1959M-12 ATPV = 16 CAL/CM (HAF = 86%).

Care Instructions

• Washing: Max temperature 40C (normal process).
• Drying: Line dry (no tumble drying).
• Ironing: Max temperature 110C.
• Prohibitions: Do not bleach or dry clean.

Why Choose Modaflame Anti-Static Long Sleeve Sweatshirt?

Combining advanced protection, comfort, and style, this sweatshirt is ideal for workers in industries requiring high safety standards. Its durable and flame-resistant design ensures maximum safety and reliability in demanding environments.