pyroshell(TM) – the permanent flame protection for synthetic fabrics

pyroshell™ – the latest development from schoeller®-works – revolutionises the entire area of flame protection. With this technology, Schoeller succeeds in combining permanent flame protection with polyamide and polyester fabrics. Therefore, safety personnel, railway workers, police officers and electricians, for example, are not only ideally protected in the case of possible contact with fire and sparks, but can also enjoy the familiar wearingcomfort of wear of synthetic functional
fabrics. Breathability, tear-out force, abrasion resistance, lightness, elasticity or ease of care are just some of the positive properties that will make work infinitely more comfortable in the future; for example for staff in public authorities, and will have a positive impact on their performance capacity.

Made-to-measure flame protection
pyroshell™ is not only a technology but rather a comprehensive, modular overall concept. Depending on the area of use and requirement profile, the pyroshell™ flame protection fabric that complies with the most varied of norms such as EN ISO 11612 (clothing to protect against heat and flames), EN ISO 11611 (protective clothing for use in welding and allied processes), DIN EN 1149 (electrostatic protection), EN 343 (protection against rain) or EN 61482-1-2 (workwear for protection against electric arcs). The three-layer protective fabric which no longer needs to be lined, are available as comfortable 2-way and 4-way stretch versions or as a non-elastic. The highest visibility and safety are ensured by EN 471 high-visibility colours (neon yellow, orange and red). Of course all other customer-specific colours can also be supplied.
Additionally, when further additional functions are required, pyroshell™ can also be combined with further Schoeller technologies. And even when it comes to sustainability, the pyroshell™ technology makes a convincing impact across the board. pyroshell™ is produced in accordance with bluesign®, the most stringent standard worldwide relating to maximum resource productivity under consideration of the aspects environmental protection, health and safety.