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Specification
| Conductive Material | Silver (Ag), Stainless Steel (316L), or Carbon |
| Surface Resistance | <1Ω/cm to 106Ω/cm (Customizable) |
| Base Polymer | Nylon 6 / Polyester |
| Tenacity | 3.0 to 5.0 cN/dtex |
| Dyeability | Limited (Available in metallic or dark shades) |
| Washability | Excellent (Retains conductivity after multiple washes) |
| Denier Range | 20D to 600D |
| Heating Capacity | Stable up to 60∘C (Varies by voltage) |
| EMI Shielding | >40dB attenuation (Depending on fabric density) |
| Flexibility | High (Compatible with high-speed embroidery) |
Application
Conductive Yarn is used in industries where electronics and textiles converge for safety, health, and comfort.
Medical Sensors and EKG Apparel
Used to create textile electrodes that monitor heart rate, muscle activity, and breathing patterns without the need for adhesive gels. Essential for remote patient monitoring.
Electronic Heating Elements
Integrated into heated car seats, blankets, and winter jackets. The yarn provides safe, uniform heat distribution across the fabric surface.
EMI Shielding and Anti-Static Workwear
Protects sensitive electronic components from static discharge and provides a barrier against electromagnetic radiation for workers in telecommunications or radar stations.
Touch-Screen Compatible Gloves
The conductive filaments are knitted into the fingertips, allowing the wearer to operate capacitive screens (smartphones) without removing their gloves in cold weather.
Advantage
High Electrical Stability: Engineered to maintain consistent resistance levels over long distances, ensuring reliable signal transmission for smart sensors.
Seamless Integration: Can be processed on standard textile machinery, allowing manufacturers to add electronic functionality without changing their existing production workflow.
Superior Durability: Unlike printed conductive inks, our yarn is inherently conductive or plated, meaning the electrical properties won't flake off when the fabric is stretched or folded.
Comfort-First Technology: Provides all the benefits of metal wiring with none of the stiffness, weight, or skin irritation, making it perfect for direct-to-skin wearables.
