High Heat Garments feature non-aluminized design.
Press Release Summary:
Designed for workers in high heat environments, Stealth line features silicone coated outer shell that allows molten metal splash to slide off. Lightweight material offers flexibility and high range of motion. In addition to providing comfort, Stealth garments are inherently flame resistant, meaning FR properties will not wear out with use over time. Standard version is available in 8 or 10 oz fabric weights, while deluxe version features ventilated back and reflective striping for visibility.
Original Press Release:
NSA Introduces Its Stealth Line of High Heat Garments
National Safety Apparel has added a whole new approach to high heat resistance with the release of its non-aluminized Stealth line.
The brand new Stealth line is designed for workers in high heat environments seeking a more comfortable option than traditional aluminized personal garments.
The unique silicone coated outer shell allows molten metal splash to slide right off of the coat. Stealth is almost 60% lighter than most other protective materials, allowing flexibility and a high range of motion. In addition to comfort, Stealth is inherently flame resistant, meaning its FR properties will not wear out with use over time.Â
National Safety Apparel is releasing 3 versions of the coat. The standard version is available in either 8 or 10 oz. fabric weights, and a deluxe version features a ventilated back and reflective striping for enhanced visibility.
About National Safety Apparel:
Headquartered in Cleveland, OH, National Safety Apparel (NSA) is a leading USA manufacturer of protective apparel for the industrial safety worker. Using the latest fabrics and technologies, NSA regularly introduces new and innovative products to enhance the safety apparel experience for workers. For over 75 years, workers across the country have relied on NSA’s safety apparel, including the company’s latest new product line, FR Control 2.0 – the first FR base layer that actively regulates body temperature in all heat stress applications.
