Product Overview
The Modaflame Work HVO Multi-Norm Contrast FR Jacket is a highly engineered piece of protective equipment, designed for professionals operating in high-risk environments. This jacket is not merely a layer of clothing; it is a sophisticated shield against multiple industrial hazards including heat, flame, chemical splashes, and electric arcs. Built to be worn in conjunction with the MV36 trousers, it offers a comprehensive safety solution without compromising on the comfort required for a full day's work.
Key Features
- Inherently Flame Resistant: Because the flame-resistant properties are part of the fabric's molecular structure, the protection will never wash out or fade, providing consistent safety throughout the life of the garment.
- Multi-Norm Protection: This jacket provides versatile defence against chemical splashes, welding hazards, and electric arc, making it a single solution for complex work sites.
- High-Visibility Certification: Certified to EN ISO 20471 and RIS 3279, this jacket ensures you remain visible in low-light conditions, which is essential for rail and roadside safety.
- Anti-Static Properties: The inclusion of carbon fibre prevents the build-up of static charges, a critical requirement in environments where sparks could lead to catastrophe.
Design & Performance
The fabric is a medium-weight blend of modacrylic, viscose, polyester, and aramid, creating a material that is as durable as it is protective. The advanced fibre technology used in the Modaflame Work HVO fabric facilitates excellent moisture management, allowing the skin to breathe and keeping the wearer cool during physically demanding tasks. The contrast design in orange and navy provides a professional, sharp look while maintaining the high-visibility requirements of modern industry standards.
Customisation: Print & Embroidery
The substantial fabric of this jacket makes it an excellent candidate for both print and embroidery. For a professional and long-lasting finish, we recommend embroidery for company logos and individual names; it stands up well to the rigours of industrial laundering. For larger branding requirements where visibility is the priority, our high-quality printing process ensures your logo remains sharp and clear. Every piece is handled by our expert team in Telford, drawing on nearly half a century of experience since we were established in 1976.
Use Cases
This jacket is specifically designed for workers in the petrochemical, utility, and rail industries. It is particularly suited for those who require protection against electric arcs or who work in proximity to welding operations and need a garment that satisfies multiple safety certifications simultaneously.
Why MyWorkwear
Choosing MyWorkwear means partnering with a company that has been at the forefront of the industry since 1976. Based in Telford, we pride ourselves on technical expertise and a deep understanding of what British tradespeople and industrial workers need to stay safe and look professional.
Practical Advice
To ensure the highest level of protection, we recommend wearing this jacket fully zipped. When layering, ensure that your base layers also meet the necessary flame-resistant standards to prevent any compromise in safety performance.
Caring for your product
Proper care is vital to ensure that this technical garment continues to provide the protection you rely on. Maintaining the fabric's integrity ensures the jacket remains fit for purpose for as long as possible.
Wash at a maximum temperature of 40°C using a normal process. Using higher temperatures can degrade the synthetic fibres and potentially affect the garment's fit and protective capabilities.
Do not use bleach. Bleaching agents can chemically damage the inherent flame-resistant fibres and the carbon fibre anti-static grid, rendering the garment unsafe for use in hazardous environments.
Tumble dry on a low setting. Excessive heat in the drying process can cause shrinkage and may damage the structural integrity of the advanced fabric blend.
Iron at a maximum temperature of 110°C. High heat from an iron can cause the synthetic components to melt or glaze, which negatively impacts both the appearance and the performance of the jacket.
Do not dry clean. The solvents used in dry cleaning can leave residues that may interfere with the flame-resistant properties of the fabric blend.
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