Textrov™ Composite Fabrics Demonstrate Superior Performance in Comparative Testing
Supertech Fabrics Pvt. Ltd., a global manufacturer of engineered technical textiles, has released new findings from a comprehensive comparative performance study showcasing the superior resilience of its Textrov™ composite fabrics. Developed for industries where safety, heat tolerance, and chemical resistance are mission-critical, Textrov™ outperformed standard coated fabrics in every major testing category.
This independent study reinforces Textrov™'s value proposition in food-safe environments, thermal processing systems, and chemical handling operations, where both durability and compliance are non-negotiable.

The Need for Coated Fabrics That Can Withstand Harsh Industrial Realities
The uses of technical fabrics run the gamut: Coated fabrics are essential protective covers in everything ranging from thermal curtains and duct covers to cleanroom partitions and chemical-resistant lining elements. However, not all coated textile testing is created equal. With ongoing challenges in maintaining hygiene, performance, and structural stability, Supertech Fabrics initiated this comparative evaluation to quantify the strengths of its high-grade Textrov™ laminates.
The study focused on assessing:
Flame resistance at extreme temperatures
Resistance to chemical corrosion and oil exposure
Mechanical strength after fatigue
Dimensional stability after thermal cycling
Smoke and toxicity index under flame exposure

Study Methodology: Transparent, Rigorous, and Standardized
The test program compared three Textrov™ variants with two leading competitor coated fabrics and a standard PU-coated fabric. Independent labs used globally accepted standards for measurement:
ISO 6940 – Flame resistance
DIN 53363 – Tear strength
ASTM D5733 – Adhesion durability
EN 13501-1 – Smoke & toxicity rating
ISO 18184 – Anti-microbial and hygiene compliance (food-safe fabrics)


Tests replicated real-world conditions across food processing units, chemical plants, and thermal processing lines.

Key Findings: Where Textrov™ Outperforms
Thermal Resistance
Textrov™ held structural integrity and maintained coating stability up to 450°C, depending on the variant. Competitor fabrics began deforming at 380–400°C. This high-grade performance makes it an ideal choice for use near ovens, furnaces, and heated zones.
Chemical Protection
Textrov™ showed complete resistance to acids, alkalis, and solvents over 24 hours. There were no visual signs of degradation, bubbling, or discoloration. In contrast, competitor samples began showing wear in less than 10 hours.
Smoke & Toxicity Index
Textrov™ composite fabrics recorded a 45% lower toxic emission profile during flame testing, making it safer for environments like food production and pharmaceutical handling where human contact or inhalation risk exists.
Tensile Strength and Laminate Integrity
Under mechanical stress and tear tests, Textrov™ showed a tear strength of 75–90 N, holding up better than industry standards even after repeated flexing and impact. This directly translates to longer life cycles and fewer fabric failures in use.
Dimensional Stability
Even after exposure to 5 full heat/humidity cycles, Textrov™ displayed