Flame Resistant Garments target working women.
Press Release Summary:
Offering protection without sacrificing comfort and style, FR WorkWear for Her includes knit shirts, button down shirts, sweatshirts, pants, and jeans in wide selection of options and colors. Selected styles comply with NFPA 70E standards for arc flash protection as well as NFPA 2112 standards for flash fire hazards.
Original Press Release:
FR WorkWear for Her: "Comfortable Yet Stylish Clothing Designed by Women for Women"
National Safety Apparel announces the newest additions to its expansive collection of Flame Resistant garments: FR WorkWear for Her. FR WorkWear for Her was created by women to fit today’s modern working women. A top priority was to create garments that offered the necessary protection without sacrificing comfort and style.
Senior Designer Melissa Gerhardt and the NSA Research and Development team put their expertise to work, perfecting these garments to meet the needs of today’s modern women while upholding National Safety Apparel’s high standards when it comes to protection. Selected styles comply with NFPA 70E standards for arc flash protection as well as NFPA 2112 standards for flash fire hazards.
FR WorkWear for Her offers a variety of styles, options and colorsfrom which to choose. Styles offered include knit shirts, button down shirts, sweatshirts, pants and jeans.Our wide selection of options and colors help the customer to personalize the garments to fit their specific needs.
About National Safety Apparel:
With headquarters located in Cleveland, OH, National Safety Apparel (NSA) is a leading USA manufacturer of protective apparel for workers from a variety of industries. Using the latest fabrics and technologies, NSA has become a leaderin innovative new products to enhance the safety apparel experience for their customers. For over 75 years NSA has been known for their high quality, innovative products such asUL Certified Knit Shirts and FR Control 2.0 – the first FR base layer that actively regulates body temperature in all heat stress applications.
