OUR TECHNOLOGY
Our proprietary 99.9% pure silver metallization technology ensures a uniform, high performance layer across fibers and fabrics, enabling antimicrobial, anti-odor, thermal regulation, ESD, and EMI shielding properties.
We also offer nickel, copper, and copper-nickel metallization, expanding functionality across medical, defense, smart textiles, and high-tech shielding applications.


OUR PRODUCTS
WHAT'S NEW
RoHS Certification
ISO 9001:2015 Certification
Exhibitions & Trade Shows
Manufacturing Kick-off (Mysore)
Antimicrobial Lab Tests Cleared
EMI/ESD Lab Tests Cleared
Strategic Partnership (Japan)
Patents Filed
Product Launch: EMI/ESD Solutions
Product Launch: AgNO₃ (AR Grade)
Featured in Textile Excellence
Featured in Textile South Asia
Product Launch: PdCl₂
Featured in Textile Value Chain
R&D in Advanced Materials & Textiles

Our R&D Story
Our dedicated R&D team is driven by innovation and a commitment to pushing the boundaries of metallized materials and beyond. With deep expertise in advanced textiles and material science, we readily take on new challenges, working closely with clients to develop customized solutions tailored to their exact requirements.
Whether it’s enhancing conductivity, optimizing shielding efficiency, or creating next generation filtration materials, our R&D team is equipped to engineer the future of high performance materials.
TESTIMONIALS
"Fiberse has redefined what we expect from EMI shielding materials in textile form. This provided exceptional shielding effectiveness across a wide frequency range, while remaining lightweight and flexible. They're now our go-to for all wearable EMI applications."
- Lead Textile Engineer, Wearable Electronics Company
"Our team incorporated Fiberse yarns into a new line of medical compression garments. The antimicrobial benefits, combined with their performance in static discharge mitigation, exceeded our expectations."
- Product Development Manager, Medical Textile Manufacturer
"Fiberse has significantly improved the EMI shielding effectiveness in our wearable tech prototypes. The conductivity is consistent, and the integration into textiles is seamless. Highly reliable for sensitive applications.”
- Senior R&D Specialist, Smart Fabric Startup