Fabric Technology

Withstand Temperatures Up to 500°C and Stronger Than Steel: The Secrets of Para-Aramid Fabric

• High Tensile Strength: Stronger than steel while remaining lightweight.
• Heat Resistance: Withstands high temperatures up to 500°C.
• Abrasion & Cut Resistance: Provides outstanding protection against cuts and friction.
• Chemical Resistance: Resistant to acids and alkaline substances.
• Flexibility & Lightness: Offers comfort through its flexible structure.
• Electrical Insulation: Low electrical conductivity makes it ideal for safety gear.

These features make para-aramid fabric widely used in ballistic protection, flame-resistant garments, automotive components, and sports equipment.  

PROmarble Coating
PROmarble is a completely new coating material technology made from granite, silicone, and carbon, surpassing all previously used coatings (e.g., ceramic, traditional PU, or silicone coatings). This unique composition provides full surface coverage with truly guaranteed and permanent resistance to abrasion, water, chemicals, and oil penetration. Another key benefit is significantly improved grip in both dry and wet conditions. The main challenge in its development was to create a coating that ensures the highest possible abrasion resistance (performance level 4) while maintaining excellent dexterity. 

Advantages of the new PROmarble coating:

Eco-friendly / Sustainable:
PROmarble requires no solvents, unlike previous coatings, reducing environmental impact. Solvent-free coatings produce a glossier surface. All coatings comply with REACH regulations. All base materials are Ökotex certified.

Significantly Improved Abrasion Resistance: 
Thanks to a tighter surface adhesion, the coating contains more abrasion-resistant components. The structure of the additives provides better grip, especially under wet conditions, compared to pure silicone.

Kevlar Fabric: Strength, Lightness, and Durability 
Kevlar is a type of aramid fiber known for its high tensile strength and exceptional durability. It is widely used in products ranging from bulletproof vests to automotive parts, aerospace applications, and extreme sports equipment.

Advantages of Kevlar Fabric

✅ High Strength: Five times stronger than steel while being significantly lighter.
✅ Heat and Abrasion Resistance: Withstands high temperatures, chemicals, and friction.
✅ Flexibility and Lightweight: Despite being a protective material, it allows for ease of movement due to its light weight.
✅ Cut and Tear Resistance: Offers exceptional protection against mechanical hazards.

Kevlar Fabric: Unrivaled Impact Resistance and Lightweight Protection
Kevlar fabric stands out in the industry with its unique advantages such as impact resistance, lightness, and longevity. For maximum protection and superior performance, Kevlar is the optimal choice!

Nomex® Fabric: Advanced Heat and Flame Resistance
DuPont™ Nomex® is a meta-aramid fiber-based fabric engineered for high-temperature and flame protection. It is tailored for professionals in critical industries such as oil & gas, energy, manufacturing, aerospace, and defense.

Technical Specifications:

• Thermal and Flame Resistance: Does not melt, drip, or support combustion above 400°C.
• Arc Flash Protection: ATPV values from 8 to 41 cal/cm² offer excellent arc and flash protection.
• Chemical Resistance: Resistant to acids, alkalis, and solvents.
• Abrasion and Cut Resistance: High mechanical strength ensures durability.
• Fiber Blends: Available with Kevlar® and antistatic fibers for enhanced performance. 

Applications:

• Firefighting and Emergency Response: Fire-resistant suits, gloves, PPE
• Industrial Safety: Protective wear for high-heat environments
• Aerospace & Defense: Flight suits, military apparel
• Automotive & Motorsport: Flame-retardant gear for drivers 

Nomex® Fabric: Lightweight, Breathable and Protective 
Nomex® fabric is the ideal solution for professionals who require lightweight, breathable, and high-performance protection. It offers maximum safety and comfort under harsh conditions—choose Nomex® for superior flame resistance and all-day wearability.

Modacrylic Fabric: Where Function Meets Aesthetics
Modacrylic is a synthetic copolymer-based fabric, combining durability with a soft wool-like touch. Its adaptability and ease of processing make it a preferred choice among designers and manufacturers.

Technical Features:

• Lightweight & Soft Touch: Offers natural fiber–like softness and flexibility for comfort and elegance.
• Excellent Dyeability: Enables vivid and long-lasting colors.
• Shape Retention & Wrinkle Resistance: Maintains structure, extending lifespan.
• Quick Drying: Low moisture absorption supports rapid drying.
• Chemical & Oil Resistance: Withstands exposure to acids, bases, and oils.
• Flame Retardant: Provides enhanced safety in specific applications.

Applications of Modacrylic Fabric 
Thanks to its versatile properties, modacrylic fabric is widely used across various sectors: 

• Fashion & Apparel: Its customizable structure supports elegant and functional garment production.
• Protective & Technical Textiles: Used in flame-retardant clothing for industrial applications.

Conclusion: Make a Difference with Modacrylic Fabric!

Modacrylic isn’t just a fabric—it’s a seamless bridge between aesthetics and performance. For designers and manufacturers aiming to create eye-catching, durable products, modacrylic provides the ideal solution.

Fiberglass Fabric: The Power and Durability of the Future! 
Fiberglass fabric—created from fine glass filaments—delivers exceptional strength with impressive lightness. It combines cutting-edge engineering with aesthetics and flexibility. 

Technical Advantages:

• High Strength, Low Weight: Enables load-bearing, lightweight structures.
• Superior Flexibility: Allows for innovative and dynamic designs.
• Extreme Durability: Resistant to heat, chemicals, and mechanical stress.
• Design-Driven: Available in appealing textures and colors that align with modern design trends.

Application Areas: Limitless Industrial Potential 
Fiberglass Fabric inspires many industries thanks to its flexible structure and impressive performance: 

• Automotive Innovation: Ensures lightweight and durable vehicle bodies, parts, and interiors—key to fuel efficiency and performance.
• Aerospace & Marine: Used in aircraft wings, fuselages, and ship construction for maximum safety and structural integrity.
• Construction & Infrastructure: Reinforces concrete and composites for long-lasting, high-strength building solutions.
• Sports Equipment: Found in bikes, skis, boots, and extreme sports gear—delivering lightweight, performance-oriented strength. 

Inox Monofil Fabric: The Ideal Balance of Strength and Precision 
Made from stainless steel monofilament yarns, Inox monofil fabric offers resistance to high temperatures, chemicals, and mechanical stress, while maintaining flexibility and performance in sensitive applications. 

Technical Advantages 

• High Tensile Strength: Exceptional resistance to abrasion, tearing, and impact.
• Heat & Chemical Resistance: Suitable for aggressive industrial environments.
• Flexibility & Lightness: Combines metal strength with textile agility.
• Electrical & Thermal Properties: Used in protective garments and technical applications. 

Application Fields 

• Protective Clothing: Ideal for arc flash protection and heat resistance.
• Filtration Systems: Provides high-performance filtration.
• Automotive & Aerospace: Used in engine parts and technical assemblies.
• Industrial Systems: Suitable for use in chemical plants and manufacturing lines.

Strong, Flexible, and Future-Ready! 
Inox monofil fabric stands out in modern industry with its durability, flexibility, and technical superiority. If your projects demand high performance, long lifespan, and maximum protection, Inox monofil fabric is the perfect solution!

Vectran Stretch Broken Fabric: Strength, Flexibility, and Superior Performance! 
Vectran stretch broken fabric revolutionizes the world of technical textiles with its high strength and flexibility. Its exceptional durability and outstanding resistance to cuts and abrasion ensure top-level performance under the most demanding conditions. Used from space tech to sports gear, its lightweight and flexible nature makes a clear difference.

Technical Advantages 

• High Tensile Strength: Offers 20% more durability than traditional aramid fabrics.
• Cut and Abrasion Resistance: Retains its form under harsh conditions and ensures long service life.
• Flexibility and Comfort: Stretch broken technology ensures maximum comfort and stretchability.
• Chemical and Heat Resistance: Provides excellent resistance to high temperatures, chemicals, and UV exposure.

Application Areas 

• Aerospace & Space Exploration: Used in NASA’s Mars Pathfinder airbags.
• Protective Apparel: Ideal for safety equipment with superior cut and abrasion resistance.
• Sports and Outdoor Equipment: Preferred in extreme sportswear for durability and lightweight design.
• Industrial Use: Utilized in technical textiles demanding high strength.

Performance Without Limits! 
Vectran stretch broken fabric offers a perfect balance of strength and flexibility. While providing freedom of movement, it also delivers unmatched protection against wear and cuts. Whether aerospace or industrial use, Vectran delivers reliability and advanced performance in every challenge. 

Aramid Fabric: Peak of Strength and Durability!
Aramid fabric revolutionizes technical textiles with high strength, outstanding durability, and inherent flame retardancy. While offering freedom of movement with its lightweight, it ensures top-tier protection against cuts, abrasion, and high heat, making it a trusted solution under extreme conditions.

Technical Advantages

• High Tensile Strength: Provides maximum protection against impacts and abrasion with a fiber structure stronger than steel.
• Flame Retardancy: Does not support combustion; resistant to high temperatures.
• Chemical and Heat Resistance: Excellent protection against acids, bases, and UV radiation.
• Lightweight and Flexible: Despite its strength, offers comfort through its lightweight and flexible structure. 

Application Areas 
Aramid fabric is indispensable in high-performance industries:

• Defense and Security: Used in ballistic vests, protective clothing, and military gear.
• Aerospace: Plays a critical role in aircraft and spacecraft due to its lightweight and durability.
• Automotive Industry: Provides superior strength in brake systems, tires, and engine components.
• Firefighting Gear: Preferred in protective gear for firefighters.

Redefining Technology and Durability! 
Aramid fabric stands out with its strength, lightweight structure, and high-level protection. For maximum safety and longevity under harsh conditions, aramid fabric is the solution! 

Viscose FR Fabric: The Perfect Balance of Comfort and Safety!
Viscose FR fabric combines natural softness with flame-retardant properties, offering both comfort and safety. Its resistance to ignition makes it ideal for applications from protective wear to interior textiles. 

Technical Advantages 

• Flame Retardant: Ensures safe use by preventing combustion.
• Soft and Breathable: Natural viscose fibers provide comfort and a lightweight feel.
• Moisture Absorption: Absorbs moisture better than cotton, offering a cooling effect.
• Eco-Friendly: Cellulose-based structure supports sustainable textile solutions. 

Applications 
Viscose FR fabric is preferred across many sectors by offering both comfort and safety! 

• Protective Clothing: Used in occupational safety equipment due to its flame-retardant properties.
• Furniture and Interior Textiles: Provides aesthetics and safety in curtains, upholstery, and decorative fabrics.
• Fashion and Casual Wear: Preferred in comfortable garments for its soft texture and breathability.

Innovation Offering Both Comfort and Safety! 
Viscose FR fabric provides a comfortable yet safe option with its natural texture and flame-retardant features. If your projects require comfort, durability, and safety, viscose FR fabric is the perfect choice! 
 
Silicone Carbon Quartz Coated Fabric: The New Standard for High-Performance Protection 
For those seeking superior resistance to heat, chemicals, and mechanical stress in industrial textile solutions, silicone carbon quartz coated fabric represents advanced technology. This special coating not only imparts durability but also ensures long-lasting performance and environmental reliability. 

Technical Features 

• Thermal Resistance: Resistant to high temperatures, enabling safe use in heat-exposed environments.
• Chemical Stability: Provides high protection against aggressive substances such as acids, bases, and solvents.
• Surface Protection: Silicone coating increases water, oil, and moisture repellency of the fabric.
• Mechanical Strength: Resistant to abrasion, tearing, and friction, maintaining form even in harsh conditions.

Applications

• High-Temperature Environments: Used as protective covers and garments in metal processing, glass manufacturing, and foundries.
• Aerospace: Preferred for aircraft and spacecraft components due to its lightweight and high strength.
• Fire Safety Equipment: Incorporated into firefighting and emergency response gear with its flame-retardant properties.
• Insulation Systems: Effective solution in areas requiring thermal and chemical insulation.

Reliable Choice for High-Risk Environments 
Silicone carbon quartz coated fabric stands out as a technically advanced material that meets high-performance expectations. Maintaining reliability even under harsh environmental conditions, it is a strategic choice for both protective equipment manufacturers and industrial designers.
 
Lenzing™ FR Fabric: The New Standard for Safety and Sustainability in Technical Textile Production 
Developed for industries with high temperature and flame risk, Lenzing™ FR fabric is a breakthrough solution in technical textile manufacturing. Derived from wood-based cellulosic fibers, this special fiber is enriched with permanent flame-retardant components during production. Thus, the fabric’s performance is retained not only on the surface but permanently within the fiber structure. 
This composition provides distinct advantages, especially in high-standard manufacturing fields such as industrial protective clothing, fire safety equipment, and defense textiles. 

Advantages for Technical Manufacturers 

• Processability: Lenzing™ FR fibers can be blended compatibly with other fibers such as cotton and modal, and easily adapted to various weaving or knitting techniques.
• High Performance – Low Weight: Its lightweight nature enables ergonomic designs that offer high protection.
• Wash Durability: Flame-retardant properties do not diminish after washing, enabling the production of long-lasting protective garments.
• Sustainable Production Chain: Compliance with environmental standards such as OEKO-TEX® and FSC® supports global market sustainability demands.

Application Areas and Market Potential

• Production of protective workwear (petrochemical, energy, resource, and metal processing sectors)
• Military and safety textiles (ballistic vests, training equipment)
• Fire-resistant textiles (firefighter suits, train/aircraft interior surface coatings) 

Responsible Power in Technical Production 
Lenzing™ FR fabric should be regarded by technical textile manufacturers not merely as a material but as a strategic investment that delivers high-standard protection, sustainable production, and compliance with global regulations. 

Meta-Aramid Fabric: Reliable Performance for High-Risk Environments 
Textile materials used in industrial safety, aerospace, energy, and defense sectors must be not only durable but also resistant to heat, chemicals, and flames. Meta-aramid fabric is a strategically important material for technical textile producers that meets all these requirements. 

Technical Specifications 

• Permanent Flame Retardancy: Flame-retardant properties integrated into the fiber structure provide self-extinguishing characteristics.
• Thermal Stability: Maintains physical integrity above 200°C; does not melt or drip.
• Chemical Resistance: High durability against acids, bases, and many industrial solvents.
• Electrical Insulation: Protects against risks such as electrical arc and flash fires.
• Processability: Suitable for weaving, knitting, and lamination, enabling integration into diverse manufacturing processes. 

Application Areas 

• Production of protective clothing: Provides high protection for workers in welding, casting, petrochemical, and energy sectors.
• Fire-resistant textiles: Used in firefighter uniforms, emergency response gear, and heat-resistant coverings.
• Electrical and energy sectors: Preferred in protective workwear against electrical arcs.
• Filtration systems: Offers long-lasting performance in high-temperature gas filters. 

A Strategic Material for Technical Textile Manufacturers 
Meta-aramid fabric is not only a high-performance textile product but also a sustainable and durable solution that raises safety standards. For technical textile producers, this fabric is an investment providing a competitive advantage in both local and international markets.

Polyamide Fabric: The Silent Strength of High-Performance Textiles 
As a cornerstone of modern textile technology, polyamide fabric stands out not only for its durability but also for its flexibility, lightness, and functional diversity. Thanks to its synthetic polymer structure, it delivers top-level performance for both everyday use and technical applications.

Technical Features and Advantages 

• High Abrasion Resistance: Polyamide fibers exhibit exceptional durability against friction.
• Flexibility and Lightness: Due to its fine fiber structure, it is lightweight and elastic, enhancing mobility.
• Quick Drying: Low water absorption enables rapid moisture wicking.
• Color Stability: Resistant to UV radiation, maintaining color vibrancy over time.
• Easy Maintenance: Wrinkle-resistant, retains shape, and washable at low temperatures. 

Application Areas

• Sports and Activewear: Preferred in performance-oriented products due to flexibility and moisture-wicking properties.
• Underwear and Hosiery: Offers comfort with soft texture and shape retention.
• Swimwear and Beachwear: Notable for water resistance and quick drying capabilities.
• Industrial Textiles: Used in workwear and technical textiles for its abrasion-resistant properties.
• Home Textiles and Upholstery Fabrics: Provides aesthetic appeal and long-lasting use. 

Polyamide Fabric: Adding Value to Manufacturers and End Users
Polyamide fabric, with its technical properties, adds value not only to manufacturers but also to the end users. With its lightness, durability, and versatile usage advantages, it has become an indispensable component of modern textile understanding.

 
Antistatic Fabric: Smart Textile Solution for High-Risk Environments

Static electricity is an invisible but potentially serious threat. Especially in facilities with flammable gases, electronic production lines, or sensitive laboratories, even the smallest spark can cause significant risks. Therefore, antistatic fabric is not just a textile product; it is a fundamental component of workplace safety.
 
Technical Features 

• Static Electricity Control: Electric charge accumulated on the fabric surface is safely discharged through carbon yarns or special finishing treatments.
• Compliance with EN 1149 Standard: Fabrics with surface resistance in the range of 10⁶ to 10⁹ ohms certify antistatic properties.
• Dust and Particle Repellency: Controlled static charge prevents accumulation of dirt and particles on the fabric surface.
• Durable Performance: Fabrics produced with carbon fibers maintain antistatic properties throughout washing and usage. 

Application Areas 

• Petrochemical and Fuel Facilities
• Electronics and Microchip Manufacturing
• Clean Room and Laboratory Textiles
• Mining and Explosive Environments
• Pharmaceutical and Food Industries

 Antistatic Fabric: More Than Just Static Control 
Antistatic fabric not only controls static electricity but also enhances safety in production processes, prevents equipment malfunctions, and supports hygiene standards. For technical textile manufacturers, this fabric offers a high-performance and regulation-compliant solution.

Fiber Fabric: Textile Form of High Technology

Fiber fabrics, which surpass traditional textile concepts, are no longer just surface coverings; they represent the convergence of engineering, safety, and performance. Made from high-performance fibers such as glass, carbon, and aramid, these fabrics initiate a new era in technical textiles with their durability defying weight and resistance to harsh conditions.

What Fiber Fabric Offers 

• High Mechanical Strength: Exceptional resistance to tearing, abrasion, and impacts.
• Heat and Flame Protection: Maintains form even at temperatures up to 500°C (especially in glass and aramid fibers).
• Chemical Stability: Resistant structure against acids, bases, and solvents.
• Lightweight and Flexible: Much lighter than metal alternatives; offers design freedom due to moldability.
• Composite Compatibility: Easily integrates with epoxy, polyester, and other resins to form high-performance composite materials. 

Application Areas 

• Aerospace: Aircraft bodies, insulation panels, interior linings.
• Automotive: Lightweight and durable interior trim parts, insulation layers.
• Defense Industry: Ballistic protection, armor systems, military garments.
• Structural Reinforcement: Concrete reinforcement, earthquake-resistant structures.
• Sports and Performance Products: Carbon fiber bicycles, skis, rackets.

Fiber Fabric: An Engineering Solution Shaped by High Technology
Fiber fabric is not merely a textile product; it is an engineering solution molded by advanced technology. It accelerates performance with its lightweight structure, ensures safety through durability, and offers design freedom with its flexibility.

PBI Fabric: Superior Performance and Durability in Industrial Safety

PBI fabric redefines industrial safety standards by providing top-level protection against extreme conditions such as high temperature, flame, and chemical exposure. With its non-melting, non-dripping, and flame-resistant properties, it delivers reliable performance even in the harshest environments, playing a critical role in professional protective textiles.

Technical Features 

• Resistance to temperatures above 500°C — maintains physical integrity for long-lasting use.
• Chemical resistance — offers superior protection against acids, bases, and industrial solvents.
• Lightweight and flexible — enhances mobility for comfortable wear.
• Abrasion and wash resistance — retains protective properties over extended periods. 

Applications 

• Firefighting and Emergency Response Garments — provides maximum safety with flame-retardant properties.
• Industrial Protective Clothing — preferred in petrochemical, energy, and metal processing sectors.
• Aerospace and Defense Textiles — pilot suits, military protective gear, and fire-resistant coatings.
• Electrical and Energy Sector — ideal for workwear requiring electric arc protection. 

PBI fabric is not just a textile product; it is a life-saving technology. Offering comfort through lightness and elevating safety standards with durability, this material is a strategic solution for technical textile manufacturers aiming for high performance and sustainable protection.