People walking in New York City wearing SILVEX products

SILVEX™ EMF-Shielding Technology

Polymer-based solutions designed to reduce everyday EMF exposure. Engineered for textiles and scalable for licensing via seamless integration.

Lab-tested materials
Standardized test methods
Designed for durability
Licensing-ready IP

A shielding system built for modern world protection.

SILVEX tech combines advanced conductive materials with textile engineering to deliver measurable shielding in practical, wearable formats.

Shielding Performance
Engineered to attenuate over 99.99% of harmful electromagnetic fields across a range of frequencies, verified through standardized testing protocols.
Wearability
Designed for integration into both everyday textiles without compromising comfort, breathability, or aesthetic quality.
Durability
Materials selected and tested for longevity, maintaining performance characteristics through regular use and care cycles.
Functionality
Technology transforms any textile to exhibit not only EMF attenuation but antibacterial, anti-odor, and moisture-wicking properties.

How SILVEX works

Step 01
Conductive Layer
Proprietary conductive material structure forms the foundation of the shielding system.
Step 02
Seamless Integration
Multiple pathways available: fabric blend, laminate application, or coating process.
Step 03
Diversified Applicability
Coverage area, seam construction, and fit optimization for target application.
Step 04
Multiple Functions
Polymer-based solution provides antibacterial, anti-odor and moisture-wicking functions.

Performance depends on frequency, device power, distance, garment design, and test method. Results may vary based on specific application and environmental conditions.

Performance you can quantify

Independent laboratory testing using standardized methods provides measurable, comparable results.

Test MethodFrequency RangeShielding Effectiveness (dB)NotesAfter Wash Cycles
ASTM D4935 (placeholder)30 MHz - 1.5 GHz25-35 dBPlane wave, far-field30+ cycles
IEEE 299 (placeholder)1 GHz - 6 GHz20-30 dBShielded enclosure method25+ cycles
MIL-STD-285 (placeholder)200 MHz - 10 GHz15-25 dBMilitary standard reference20+ cycles
Custom near-field (placeholder)800 MHz - 2.4 GHzVariableApplication-specific testingTesting in progress
Request Full Lab Reports
Complete testing documentation available under NDA for qualified partners.

Testing & verification

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

Documentation

Technical Brief PDF

Platform overview and specifications

Test Summary PDF

Key testing results and methodology

Care & Durability PDF

Maintenance guidelines and longevity data

Durability
  • Abrasion resistance: [Testing in progress]
  • Wash cycle retention: 30+ cycles (placeholder)
  • Stretch recovery: [Testing in progress]
  • Colorfastness: Standard textile grades
Care Guidelines
  • Machine wash cold, gentle cycle (placeholder)
  • Avoid chlorine bleach
  • Tumble dry low or line dry
  • Do not iron directly on shielding layer
Skin Contact

Designed for skin contact applications. Full material composition and safety documentation available on request. No specific health claims are made regarding EMF exposure reduction benefits.

Where SILVEX integrates

Platform technology adaptable across multiple product categories and use cases.

Underwear & Base Layers

Why it fits

Direct skin contact, consistent coverage area

Integration route

Fabric blend or knit integration

Headwear

Why it fits

Proximity to device usage patterns

Integration route

Laminate or lining application

Bags & Laptop Sleeves

Why it fits

Device storage and transport protection

Integration route

Internal lining or panel insert

Linings

Why it fits

Versatile integration into existing garment designs

Integration route

Laminate or bonded fabric

Home Textiles

Why it fits

Bedding and furniture applications

Integration route

Woven or coated fabric

Future
Workwear & Industrial

Why it fits

Professional environments with elevated EMF exposure

Integration route

Heavy-duty fabric integration

License the platform

A structured pathway from evaluation through scale production.

01

Evaluate

Review technical documentation, assess fit with your product line, and request sample materials for internal evaluation.

02

Pilot

Small-scale integration testing with engineering support, performance validation, and design optimization.

03

Scale

Full licensing agreement with ongoing technical support, quality benchmarks, and production guidance.

What We Provide

Spec sheets
Integration guidance
QA benchmarks
SOPs

Contact Licensing

Tell us about your application and production requirements.