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 Protection Against All Hazards

Foundry

We manufacture fire resistant protective fabrics for foundries, specifically developed to offer maximum protection from molten metal splashes and radiant heat.

Oil & gas

In industries with an explostion enviorments and wide variate of risks, it is necessary to use multi-standard FR fabrics with high mechanical performance.

Electrical

There are several sectors where the workers face an arc flash risk. Choosing fabric with the appropriate arc rating is crucial to ensure worker safety and protect against second
degree burns.

Welding

Protecting workers during welding can be challenging since different welding techniques. Choosing the right FR fabric is key to keeping workers safe
and protected.

Public Safety

Public safety industries demand the latest advancements in FR fabrics, combining comfort, durability, and resistance to mechanical stress and tears

Discover our range of fabrics

marko®

MARKO AS®

Inherently flame-resistant fabric, designed from a state-of-the-art blend of advanced fibers, engineered to provide exceptional protection and performance. This innovative composition not only provides dual hazard protection but also prioritizes wearer comfort and durability.

MARKO®

Marko® is an inherently flame-resistant fabric designed to maximize comfort with its long-staple fibers and thin yarns. This fabric is designed to protect against electric arc risks.

MARKO SSh®

Marko® Softshell is a multi-layer fabric designed to protect workers from environmental elements and fire hazards. It’s the perfect solution for high-risk outdoor jobs.

MARKO steel®

Marko Steel® is designed to improve the demands of the working environments with molten steel and iron, where extreme temperatures and metal splashes are constant risk. An evolution of our Marko® fabric, provides higher protection, being lighter, more comfortable, and longer-lasting than other options on the market.

marlan® V

For over 25 years, Marlan® has been the go-to flame-resistant fabric in foundries worldwide, providing trusted protection against molten metal splashes. Marlan® is well known to defend against all variety of metals and alloys. and providing an exceptional thermal protection.

marlan plus®

Marlan Plus® is an evolution of Marlan®, offering enhanced comfort by incorporating Tencel into the blend. Marlan Plus® is the lightest fireproof protective fabric for foundries on the market, meeting D3/E3 and ASTM F955 standards.

marlan® AL

Our solution to protect against radiant heat combines the resistance of Marlan with an aluminized finish. By utilizing advanced double and triple weaving techniques, we combine Marlan® with para-aramid fibers to enhance durability and deliver superior protection against molten metal.

aramar®

Aramar® is a high-performance fabric designed specifically for firefighters and safety personnel facing the toughest environments. Engineered with advanced aramid fibers, Aramar® offers exceptional flame resistance, du- rability, and comfort to meet the demands of extreme conditions.

Contact a professional in FR fabrics

Would you like to explore how protective fabrics can be precisely tailored to meet your technical requirements and wearer preferences? With our extensive team of specialists covering the entire value chain, we offer expert insights even across the most specialized industries.