Portwest MV72 Jacket: Multi-Risk Protection Engineering, ModaFlame™ Technology, and Class 3 High Visibility

The MV72 represents the highest standard in integrated technical protection, combining inherent flame resistance with chemical splash resistance and superior class visibility. Developed with advanced ModaFlame™ technology, this jacket is the critical solution for operators exposed to complex environments where visibility, acid/chemical protection, and thermal risk converge, making it an indispensable asset for response teams in refineries and highly complex industrial plants.

Critical Operational Capabilities

• Tri-Factor Safety System: The MV72 integrates flame protection, limited barrier against liquid chemical splashes, and certified high visibility (Class 3). This combination allows the operator to work in heavy traffic areas with thermal and chemical risk without the need for multiple layers of equipment.
• Inherent ModaFlame™ Protection: Flame retardancy is intrinsic to the fiber, ensuring the garment maintains its protective effectiveness throughout its lifespan, regardless of the number of industrial wash cycles, guaranteeing continuous personnel safety.
• Visibility and Active Safety (Class 3): With high-visibility reflective tapes, the jacket ensures the wearer is detected from long distances under low light conditions or adverse weather, meeting safety standards for areas where heavy machinery traffic is constant.

Technical Structural Details

• Base Material: High-performance ModaFlame™ fabric (60% Modacrylic, 39% Cotton, 1% Carbon Fiber), 280g.
• International Certifications: EN ISO 11612 (Heat/Flame Protection), EN ISO 11611 (Welding), EN 13034 (Type 6 - Chemical Splash), IEC 61482-2 (APC 1), EN 1149-5 (Antistatic), EN ISO 20471 (Class 3 - Visibility).
• Tactical Configuration: Reinforced front zipper with storm flap, strategic pockets with security flaps, high-strength seams, and ergonomic design that facilitates the use of complementary personal protective equipment (PPE).
• Operational Stability: Molecular structure resistant to abrasion and chemical degradation, maintaining its photometric and thermal insulation properties under extreme daily plant use conditions.