RESEARCH & DEVELOPMENT
"R&D for Advanced Technical Textiles"
Innovation is the foundation of progress in technical textiles. Our R&D and product development activities are dedicated to creating high-performance, sustainable, and application-driven textile solutions that meet the evolving needs of modern industries.
We bridge the gap between advanced fiber science and real-world industrial applications by integrating material science, textile engineering, and end-use performance requirements.
Application Oriented
Innovation
Performance Enhancement of Fibers & Fabrics
Sustainable Material Development
Cost-Effective Process Optimization
Core Areas of our Research
High-Performance Fiber Development
We work with advanced fibers including:
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Meta-Aramid Chopped short cut fibers 3 mm/6 mm/12 mm
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Para-Aramid Chopped Short cut fibers 3 mm/6 mm/12 mm
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Carbon-based fibers Chopped Short Cut fibers 3 mm/6/12 mm
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High-tenacity synthetic fibers 38 mm/ 51 mm
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Sustainable and recycled fibers 38 mm/ 65 mm/ 75 mm
Focus Areas
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Thermal resistance improvement
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Mechanical strength optimization
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Flame retardancy
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Chemical and abrasion resistance
Fiber Conversion Technologies
R&D on converting fibers into functional forms:
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Fiber to pulp conversion
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Staple fiber modification during spinning
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Fiber surface treatments FR Master batch Technology
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Coating and finishing technologies on fibers for high performance requirement
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Blending of performance fibers like Meta Aramid/ Para Aramid/ FR Viscose/ Modacrylic etc.
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This enables development of:
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High-performance nonwovens
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Reinforcement materials
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Filtration media
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Specialty insulation materials
Nonwoven Product Development
We develop engineered nonwovens for:
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Heat and flame protection for inner liner
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Acoustic insulation
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Thermal insulation
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Filtration systems for hot air medium
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Industrial protective layers
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Technologies Involved
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Needle punching
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Thermal bonding
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Wet-laid systems
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Composite layering
Functional Finishing & Coatings
Enhancing textile performance through:
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Flame-retardant finishes blends of Meta Aramid and Para Aramid, wool , FR Viscose etc.
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Water/oil repellent coatings C 0 Chemistry.
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Anti-static treatments
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Chemical-resistant finishes
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High-temperature resistant coatings
Sustainable Technical Textiles
We emphasize environmentally responsible innovation:
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Use of recycled and reclaimed fibers
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Waste fiber conversion into value-added products
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Process waste reduction
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Energy-efficient production methods
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Development of eco-friendly alternatives to imported materials
Step 4
Performance Testing
Thermal, mechanical, chemical, and durability testing.
Understanding customer requirements, standards, and performance expectations.
Step 1
Application Study
Choosing appropriate fibers, blends, and finishes.
Step 2
Material Selection
Step 3
Lab Trials & Prototyping
Fiber processing, sample development, and functional evaluation.
Step 5
Performance Optimisation
Scaling lab results to pilot and production level.
Step 6 Commercialization Support
Technical support for manufacturing, cost optimization, and quality consistency.
Understanding customer requirements, standards, and performance expectations.
Choosing appropriate fibers, blends, and finishes.
Fiber processing, sample development, and functional evaluation.
Thermal, mechanical, chemical, and durability testing.
Scaling lab results to pilot and production level.
Technical support for manufacturing, cost optimization, and quality consistency.