
Our goal is to ensure exceptional protection, comfort, and durability
Protecting you with textile expertise since 1995
Marina Technical Textiles specializes in the design, manufacturing and commercialization of inherently flame retardant fabric solutions used to make protective apparel against various hazards.
We manufacture a wide range of premium fire resistant fabrics, such as woven, knitted, aluminized, and laminates. These fabrics are designed for protective clothing in the workplace, with features such as anti-static, anti-acid, high visibility, and weather resistance.
Our primary goal is to ensure exceptional protection, comfort and durability tailored to your specific needs.


Ultimate ProtectionAgainst All Hazards

Foundry
Foundry workers face molten metal splashes, radiant heat and extreme ambient temperatures. Our inherent FR fabrics are developed to repel different metals and alloys, including steel, aluminum, copper, zinc and magnesium, while helping reduce heat transfer and heat stress.
Find the right fabric
MARKO® AS
Inherent dual-hazard protection with enhanced comfort for all-day wear.
- Protection
- Flash fire · electric arc
- Best for
- Oil & gas · Utilities
- Key standards
- NFPA 2112 · NFPA 70E
MARKO® SSH
PFAS-free tri-laminate protection for changing outdoor conditions.
- Protection
- Arc flash · wind · rain
- Best for
- Outdoor high-risk work
- Key standards
- NFPA 70E · CAT 4
MARKO® steel
A lighter, more breathable answer to severe steel and iron exposure.
- Protection
- Molten steel · iron
- Best for
- Foundry · Heavy welding
- Key standards
- ASTM F955 · EN ISO 11611
MARKO®
Premium inherent modacrylic fabrics for electrical protective clothing.
- Protection
- Electric arc
- Best for
- Electrical workwear
- Key standards
- NFPA 70E

Specialist support from fiber selection to finished protection.
Talk to a flame-resistant fabric specialist
Tell us about your industry, hazard or performance requirements. Our technical team will help you identify the most suitable fabric solution.













