FiberseTM Metallized EMI-ESD Shielding Solutions
Next Generation EMI-ESD Shielding - Think Material
As electronics grow smaller and more powerful—driven by advances in AI, 5G, IoT, and wireless tech—electromagnetic interference (EMI) is becoming an invisible yet critical threat. From smartphones to satellites, even minor EMI can cause data loss, signal disruption, or system failure. In this increasingly connected environment, robust EMI shielding is not optional but a necessity.
Yet, traditional EMI shielding materials come with trade-offs. They are often bulky, rigid, and hard to integrate. Their poor conformability leads to gaps, uneven coverage, and radiation leakage. Many lose effectiveness at high frequencies and are cost-intensive— posing major limitations for sectors like wearables, aerospace, and defense.
Metallized Solutions.
Built Different. Performs Better.
At the forefront of EMI shielding innovation is our proprietary metallization process, where a robust covalent bond is created between the substrate and 99.9% pure silver.
Silver—the most electrically conductive metal, enables exceptional EMI shielding performance, across a wide range of frequencies. The ability to custom produce various products based on specific applications brings that power at an affordable price point. It can be made into thin, flexible, and durable high performance materials designed to withstand mechanical wear and extreme environmental stress.
This advanced metallization process can be applied to filament yarns, fabrics, polymeric
foams, staple fibers, spun yarns, chopped fibers, and particles offering exceptional versatility. Our yarns can be woven/ knitted into fabrics at different construction levels or can be metallized fully over the fabrics.
Apart from silver, we’ve also engineered multi metal combinations such as silver over nickel, copper-nickel metallization etc. This combines the strengths of multiple metals, metallized over one another enhancing the properties depending on application.
KEY FEATURES
- Ultra-high shielding effectiveness (>100 dB) across wide frequency ranges (kHz to GHz)
- Thin, lightweight, compact and flexible for maximum design adaptability
- Consistent shielding performance under thermal cycling and other durability tests
- High electrical conductivity for effective EMI suppression
- High anti-static protection with faster static dissipation
- Tested for real-world stress and environments
- IR shielding benefits with thermal camouflage
Made in India at our R&D-backed manufacturing facility (ISO 9001: 2015 certified), we control the entire metallization journey, ensuring quality, agility, and customization at scale.
OUR PRODUCT PORTFOLIO
Filament Yarn | Silver
Fabrics | Silver | Copper-Nickel | Nickel
Polymeric Foams | Silver | Copper-Nickel
Particles | Silver over Nickel | Silver over Copper | Nickel over Graphite | Silver over Aluminium
Films
Chopped Fibers
Silver Nitrate
Palladium (II) Chloride
APPLICATIONS
Electronics
Defense & Aerospace – Metacote
Telecommunications
Automotive
Medical
Industrial automation
PERFORMANCE SNAPSHOT
Our products have been tested at multiple test houses and have demonstrated exceptional results, which can be further customized as per the requirements.
- Conductive Fabrics demonstrated high shielding effectiveness up to 110 dB across 200 MHz to 18 GHz, and over 70 dB for frequencies greater than 18 GHz. These fabrics can be further enhanced from a shielding performance point of view, if the need arises.
- Copper-Nickel-metallized Conductive Foams achieved 110–120 dB shielding up to 10 GHz, with sustained performance of 70 80 dB at 18 GHz and higher.
- Silver-metallized Conductive Foams delivered exceptional results at high frequencies of 18–110 GHz.
- Product robustness was showcased when exposed to extreme temperature variations and are also highly durable.
- Thermal regulation properties were showcased, with enhanced heat distribution and stable conductivity.
CUSTOM SHIELDING SOLUTIONS, BUILT AROUND YOUR SPECS
STEP 1
Share Your Needs
Share your shielding requirements – frequency range, form factor, integration constraints.
STEP 2
Receive Sample kit
Purchase an appropriate shielding sample suited to your application need.
STEP 3
Performance Evaluation
Evaluate performance on your equipment or in your environment – real data, real results.
STEP 4
Refine The Design
Based on feedback, we iterate to deliver the product to your specifications.
STEP 5
Approve & Order
Move to production with solutions proven in your context.
∗ SLA-backed refund or rework if shielding fails to meet performance criteria.
Whether its a lightweight shield for wearable tech or high-dB protection for military enclosures- we’ll design it to your needs.
Get In touch
Contact info
Address: No. 61, 3rd Floor, 5th Block, Koramangala, Bengaluru, Karnataka 560095
Email : info@fiberse.com
Number : 1800 103 8655