ProGARM 8700-F FR AS Ladies Boxer Briefs

From £27.95 Excl. VAT

  • Flame retardant, anti-static ladies boxer briefs.
  • Designed for female workers with a comfortable fit.
  • Made from ProGARM VXS+ Inherent Knitted fabric (180gsm).
  • To be worn as part of a complete protective clothing system.
  • Easy to care for and machine washable up to 40°C.
  • Conforms to EN 1149-5:2018 & EN ISO 11612:2015.
Available to order - please call for further details and lead time for delivery.
UOM: 1 x pair of boxer briefs. SKU: 8700-F Categories: , , Tags: , , , Manufacturer Website: www.progarm.com

Description

ProGARM 8700-F FR AS Ladies Boxer Briefs have been specifically created to provide protection for female workers in high-risk industries.  They are designed to meet the rigorous safety standards required when working in environments such as utilities, electrical and power generation.  Conforms to BS EN 1149-5:2018 and EN ISO 11612:2015.

The 8700-F boxers are made from ProGARM’s VXS+ Inherent Knitted fabric (180gsm).  This lightweight material is both breathable and comfortable to wear.  Designed for the female form, it has seamless sides and an elasticated waistband for a secure fit.  To be worn as an extra layer of protection as part of a complete protective clothing solution.  Easy to care for and machine washable up to 40°C.

The ProGARM 8700-F FR AS Ladies Boxer Briefs are available to order from Safety Supplies in a range of sizes.  Call our friendly team today for stock availability, lead time for delivery and for expert advice on all of your arc flash protection, PPE and workwear needs.

DATA SHEETS

Below are related product data sheets, click to download and view a datasheet.

Additional information

Brands

Size

Small/Medium, Large/XL, 2XL/3XL

EN Standards

EN ISO 11612:2015
A1 / B1 / C1. Clothing to protect against heat and flame.

EN 1149-3:2004
Protective clothing. Electrostatic properties - Test methods for measurement of charge decay.

EN 1149-5:2008
Protective clothing. Electrostatic properties - Material performance and design requirements.

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