The MV25 Hi-Vis Modaflame Jacket is an inherently flame-resistant multi-norm jacket offering protection against heat, welding, arc flash, chemicals and electrostatic hazards. It features Class 2 high visibility, four pockets and durable reflective tape.
The MV25 Hi-Vis Modaflame Jacket is designed for demanding environments where protection against multiple workplace hazards is required. Made from 280gsm Modaflame fabric, it provides inherent flame resistance that remains effective after repeated washing.
The jacket provides protection against radiant, convective and contact heat, welding hazards, electric arc, electrostatic discharge and limited chemical exposure. It is certified to EN ISO 11612, EN ISO 11611, EN 1149-5, IEC 61482, EN 13034 and EN ISO 20471 Class 2.
The high cotton content provides a soft and comfortable feel, while carbon fibre woven into the fabric provides inherent anti-static properties. Reflective strips improve visibility, with contrast areas helping to reduce the appearance of dirt during use.
The MV26 Hi-Vis Modaflame Trousers are inherently flame-resistant multi-norm trousers designed to protect against heat, welding, arc flash, chemical and electrostatic hazards. They feature Class 1 high visibility, nine pockets and two-position knee pad pockets.
The FR503 WX3 FR Coverall in Black is a flame‑resistant protective overall designed for use in high‑risk work environments. Its robust construction and comfort‑focused design deliver essential protection against heat, flame and static hazards while supporting freedom of movement and practical utility.
The FR701 WX3 flame-resistant hi‑visibility long-sleeve T-shirt provides essential protection for industrial and maintenance workers. Combining high visibility with flame, heat, and anti-static resistance, it is designed for comfort, mobility, and safety in hazardous environments.
The FR703 flame‑resistant RIS sweatshirt is a high‑visibility protective top designed for industrial and utility workers. It combines flame resistance with reflective visibility so wearers can be seen in low‑light conditions while remaining safeguarded against heat and static hazards.
