The coating that changes what fabric can do.
SILVEX bonds advanced conductive technology to any textile — delivering consistent, measurable radiation shielding without altering feel, form, or function.
Seamless Dip & Dry Integration
SILVEX coating technology is engineered to integrate directly into your existing textile manufacturing workflow. Our proprietary dip-and-dry process requires no specialized equipment or facility modifications.
Drop-In Compatible
Works with standard textile finishing lines and existing dip coating equipment.
Rapid Drying
Optimized formulation enables fast drying cycles without compromising coating integrity.
Scalable Production
From pilot runs to full-scale manufacturing, the process scales linearly with your output needs.
Quality Consistency
Uniform coating distribution ensures consistent EMF attenuation across every batch.
Ordinary Fabric
SILVEX™ Solution
Dip-and-Dry
Conductive Fabric
Performance you can quantify
Independent laboratory testing using standardized methods provides measurable, comparable results.
| Test Method | Frequency Range | Shielding Effectiveness (dB) | Notes |
|---|---|---|---|
| SILVEX Coating Performance | 30 MHz - 10 GHz | >100 dB | EMF shielding effectiveness |
| ASTM D4935 | 30 MHz - 1.5 GHz | 15-45 dB | Plane wave, far-field |
| IEEE 299-2006 | 1 GHz - 6 GHz | 20-30 dB | Shielded enclosure method |
| MIL-STD-461 | 200 MHz - 10 GHz | 60-80 dB | Military standard reference |
Performance depends on frequency, device power, distance, garment design, and test method. Results may vary based on specific application and environmental conditions.
Where SILVEX integrates
Platform technology adaptable across multiple product categories and use cases.
Why it fits
Everyday apparel, baby & maternity garments, home textiles and sleep wellness products
Integration route
Fabric blend or knit integration
Why it fits
EV cabin liners and seat textiles, RF/EMI enclosures for radiation testing, battery compartment shielding
Integration route
Woven or coated fabric
Why it fits
RF/EMI shielding for avionics bays, payload enclosures, and cabin electronics — a lightweight alternative to metallic shielding fabrics.
Integration route
Internal lining or panel insert
Why it fits
RF/EMI shielding enclosures, tents and secure communications systems; Berry Amendment aligned textile inputs; field-deployable shielding for mission-critical equipment
Integration route
Heavy-duty fabric integration for military applications
Why it fits
Surgical and imaging-suite apparel, patient gowns in RF-dense environments, wearables for EMF-sensitive conditions
Integration route
Antimicrobial and shielding fabric integration
Why it fits
Workers maintaining cell towers and 5G equipment, electricians in high-EMF environments, RF/EMI enclosures for electronics and equipment testing
Integration route
Heavy-duty fabric integration
Testing & Certification
Quality Assurance Framework
- Independent laboratory testing through accredited facilities
- Internal quality assurance protocols at every production stage
- Batch traceability from raw materials to finished product
- Standardized testing protocols aligned with industry methods
Pending Certifications & Standards
Documentation
Technical Brief PDF
Platform overview and specifications
Test Summary PDF
Key testing results and methodology
Care & Durability PDF
Maintenance guidelines and longevity data
Licensing + Direct Sales
A structured pathway from evaluation through scale production.
Evaluate
Review technical documentation, assess fit with your product line, and request sample materials for internal evaluation.
Pilot
Small-scale integration testing with engineering support, performance validation, and design optimization.
Scale
Full licensing agreement or purchase order with ongoing technical support, quality benchmarks, and production guidance.
What We Provide
Contact Us
Tell us about your application and production requirements.