BLAKLÄDER 18281725 Flame Retardant Boxer Shorts Black Size XS EN 11612 EN 1149-5 FR Protective Underwear

BLAKLÄDER 18281725 Flame Retardant Boxer Shorts Black Size XS EN 11612 EN 1149-5 FR Protective Underwear

Location:Germany

Available quantity:99

Description

The BLAKLÄDER 18281725 Flame Retardant Boxer Shorts in black, size XS, are designed for professionals in high-risk environments. These boxer shorts serve as a protective base layer, offering permanent flame-retardant and antistatic properties. They are crafted from a durable blend of 59% modacrylic, 39% cotton, and 2% other fibers, providing both comfort and protection. With a fabric weight of 220 g/m², they remain lightweight and breathable, suitable for daily wear. These shorts meet the stringent certification standards of EN ISO 11612 (A1, B1, C1), EN 1149-5, and EN 61482-1-2 Class 1, ensuring protection against heat, flames, electrostatic discharge, and arc flash hazards. Their design caters to industries such as electrical, oil and gas, petrochemical, and industrial maintenance, making them a versatile choice for various applications. Ideal for those working in energy production, manufacturing, and welding, these boxer shorts offer a soft-touch finish for comfort throughout the day. They combine BLAKLÄDER's quality with functional safety features, ensuring reliability and peace of mind in demanding settings. With their ergonomic fit and flexibility, they allow for unrestricted movement, essential for maintaining safety and efficiency on the job.

Specifications

ManufacturerBLAKLAEDER
Model182817259900XS
Year2025
ConditionNew
Stock NumberBLAK-182817259900XS
* IndustryAll-round
* TypeBoxer shorts
* GenderMen
* Colorblack
* SizeXS
* Material weight220g/m²
• IndustryAll-round
• SizeXS
* • Stock NumberBLAK-182817259900XS
• CertificationEN 1149-5
• GenderMen
• ManufacturerBLAKLÄDER
• ConditionNew
• Fabric FinishSoft-touch
• Model182817259900XS
• ProtectionFlame Retardant, Antistatic
• Product TypeFlame Retardant Boxer Shorts
• ColorBlack
• Fabric Weight220 g/m²
• Year2025