Defining the new standard in industrial safety with the world’s lightest 100% polyester-free FR solutions.
High-performance, polyester-free fire retardant technical fabrics including our signature HI-VIS orange solutions.
We partner with you to engineer the specific fabric specifications and performance levels your industry demands.
Complete vertical control from R&D to production, ensuring every fabric meets strict EN, ISO, and ASTM / NFPA international safety standards.
Our proprietary polyester-free fabric engineered for maximum electric arc protection. URIM is designed for extreme durability in weld zones and grid work, offering a sustainable "URIM GREEN" option made with recycled cellulose fibers.
A high-performance moisture-management liner designed to reduce heat stress and enhance comfort. The low-friction design ensures superior skin comfort and allows for rapid donning of protective jackets, making it essential for high-performance layered PPE systems.
Named after the god of fire, AGNI is a robust, lightweight outer shell certified for fire, arc, and chemical protection. It delivers exceptional tear resistance and durability for firefighters and first responders in multi-risk, high-heat conditions.
Cutting-edge technology utilizing volcanic particles to maintain the ideal core temperature and humidity. This base layer actively manages the skin’s microclimate, keeping professionals dry, cool, and odor-free during high-stress industrial activities.
Visitors to our booth will get a first-hand look at our high-performance textile engineering: ARC Protection: Maximum safety with minimum weight—discover fabrics achieving up to 42 Cal/cm² at only 350 g/m². FR STRETCH: Our high-visibility FR stretch range, offering ATPV 10 Cal/cm² without compromising mobility. DEFENSE THOR: High-abrasion FR fabrics…
The URIM-SPARK line offers two specialized solutions designed for different levels of thermal hazard: URIM-SPARK (150 g/m²): When combined with our KORL-PA5 quilted liner, this 350 g/m² assembly achieves a remarkable ATPV of 42 cal/cm² (ASTM F 1506). It is the ultimate lightweight shield for high-category arc hazards. URIM-SPARK 175 (175…
Project purpose The aim of the project is to expand sustainable practices into the field of technical textiles by developing blends made from recycled and bio-based fibres for the production of protective clothing. The textiles developed within the project will not require additional finishing and dyeing processes, which usually place…
