Detailed Description
Portwest MV28 Coverall: Multi-Risk Engineering, Bizflame™ Inherent Protection Technology, and Superior Industrial Visibility
The MV28 coverall is a high-performance protective garment designed for industrial environments where exposure to thermal, electrical, and visibility risks converge. By integrating proven Bizflame™ technology, this model offers inherent flame protection that does not degrade with use or washing, ensuring constant safety for the operator. It is an essential tool for workers in high-demand sectors, such as petrochemical, electrical grid maintenance, and logistics operators in heavy machinery areas, where passive safety and visual identification are critical survival factors.
Why is this equipment vital for operations?
- Inherent Safety System (Bizflame™): Unlike garments with superficial chemical treatments, the MV28's protection is intrinsic to the fiber. In the event of an electric arc or flash fire, the fabric resists ignition, does not melt, and does not adhere to the skin, rigorously complying with the strictest industrial safety protocols in the energy sector.
- High-Intensity Visibility: The integration of industrial-grade reflective tapes ensures that the worker is instantly identifiable in areas with poor lighting or in work environments with constant machinery traffic. This additional visibility drastically reduces the probability of accidents due to being run over or colliding in the plant.
- Adaptive Ergonomics and Comfort: The MV28's design prioritizes freedom of movement. Thanks to an optimized pattern, the coverall allows the operator to perform climbing maneuvers, access confined spaces, and handle equipment without physical restrictions, reducing accumulated effort and fatigue during high-intensity operational shifts.
Analysis of Structure and Technical Details
The MV28's architecture focuses on mechanical robustness and technical stability. All components, including heavy-duty brass zippers and reinforced seams with flame-retardant thread, are validated to withstand the abrasion and daily wear typical of field activities.
- Base Material: Bizflame™ Fabric (88% Cotton, 11% Nylon, 1% Carbon Fiber), designed to offer a technical balance between tear resistance, breathable comfort, and protection against thermal and electrostatic risks.
- International Certifications: EN ISO 11612 (A1+A2, B1, C1, E1, F1), EN ISO 11611 (Class 1, A1+A2), EN 1149-5, IEC 61482-2 (APC 1), EN ISO 20471 (Class 3).
- Operational Configuration: Multiple high-capacity technical pockets with safety flaps, reinforced ergonomic knees, snap-adjustable cuffs, and an elasticated back waist for a precise and comfortable fit.
- Operational Resistance: Fabric treated for high color retention and dimensional stability, designed to maintain its photometric and technical properties intact after frequent industrial maintenance processes.
Portwest MV28 Coverall: Multi-Risk Engineering, Bizflame™ Inherent Protection Technology, and Superior Industrial Visibility
The MV28 coverall is a high-performance protective garment designed for industrial environments where exposure to thermal, electrical, and visibility risks converge. By integrating proven Bizflame™ technology, this model offers inherent flame protection that does not degrade with use or washing, ensuring constant safety for the operator. It is an essential tool for workers in high-demand sectors, such as petrochemical, electrical grid maintenance, and logistics operators in heavy machinery areas, where passive safety and visual identification are critical survival factors.
Why is this equipment vital for operations?
- Inherent Safety System (Bizflame™): Unlike garments with superficial chemical treatments, the MV28's protection is intrinsic to the fiber. In the event of an electric arc or flash fire, the fabric resists ignition, does not melt, and does not adhere to the skin, rigorously complying with the strictest industrial safety protocols in the energy sector.
- High-Intensity Visibility: The integration of industrial-grade reflective tapes ensures that the worker is instantly identifiable in areas with poor lighting or in work environments with constant machinery traffic. This additional visibility drastically reduces the probability of accidents due to being run over or colliding in the plant.
- Adaptive Ergonomics and Comfort: The MV28's design prioritizes freedom of movement. Thanks to an optimized pattern, the coverall allows the operator to perform climbing maneuvers, access confined spaces, and handle equipment without physical restrictions, reducing accumulated effort and fatigue during high-intensity operational shifts.
Analysis of Structure and Technical Details
The MV28's architecture focuses on mechanical robustness and technical stability. All components, including heavy-duty brass zippers and reinforced seams with flame-retardant thread, are validated to withstand the abrasion and daily wear typical of field activities.
- Base Material: Bizflame™ Fabric (88% Cotton, 11% Nylon, 1% Carbon Fiber), designed to offer a technical balance between tear resistance, breathable comfort, and protection against thermal and electrostatic risks.
- International Certifications: EN ISO 11612 (A1+A2, B1, C1, E1, F1), EN ISO 11611 (Class 1, A1+A2), EN 1149-5, IEC 61482-2 (APC 1), EN ISO 20471 (Class 3).
- Operational Configuration: Multiple high-capacity technical pockets with safety flaps, reinforced ergonomic knees, snap-adjustable cuffs, and an elasticated back waist for a precise and comfortable fit.
- Operational Resistance: Fabric treated for high color retention and dimensional stability, designed to maintain its photometric and technical properties intact after frequent industrial maintenance processes.
BizFlame™ High Visibility Fireproof Electric Arc Coverall Class 3
SKU:MV28YNRS
- Regular price
- $ 6,543.58
- Sale price
- $ 6,543.58
- Regular price
-
Normas y Certificaciones
EN 13034: EN 13034 Type 6
IEC 61482-2 / 1-2: IEC 61482-2 IEC 61482-1-2 APC 1
IEC 61482-2 / 1-1: IEC 61482-2 IEC 61482-1-1 ELIM 6.4 CAL/CM²
ASTM F1959/F1959M: ASTM F1959/F1959M-12 ATPV=8.4CAL/CM2(HAF=75.8%)
ISO 11612: EN ISO 11612 A1+A2, B2,C1,F1
EN 1149-5: EN 1149-5
EN ISO 20471: EN ISO 20471 CLASS 3

