DOMADIA™ Nickel Copper Conductive Fabrics: The Future of Flexible Shielding

Nickel Copper Conductive Fabrics: The Future of Flexible Shielding

Introduction

Advanced Electromagnetic Shielding with Nickel Copper Conductive Fabric

Looking for reliable EMF shielding fabric with superior conductivity and durability? Domadia™ brings you Nickel Copper Plain Woven Conductive Fabric (Model No.: YL-NCP39) — a high-performance solution for electronic shielding, EMI protection, and anti-radiation garments. This fabric offers excellent electromagnetic shielding effectiveness while being flexible, lightweight, and easy to integrate.

About the Product

Domadia’s Nickel Copper Conductive Fabric is engineered with a polyester (PET) base coated with a nickel and copper layer. The result is a highly conductive, low-resistivity shielding fabric perfect for use in electronics, EMF shielding clothing, and technical applications where electromagnetic protection is essential.

Its plain woven structure enhances both shielding performance and fabric strength, making it suitable for flexible and wearable electronics.

Key Properties and Characteristics:

1. Conductivity

The metal coating (nickel and copper) provides a conductive pathway, making the fabric suitable for electrical and electronic applications.

2. EMI/EMC Shielding:

The fabric can effectively block electromagnetic interference (EMI) and electromagnetic compatibility (EMC) issues, protecting sensitive electronics.

3. Corrosion Resistance:

Nickel and copper coatings can offer good resistance to corrosion, extending the lifespan of the fabric.

4. Flexibility and Durability:

Conductive fabrics can be flexible and durable, especially when designed for wearable applications.

5. Anti-static Properties:

The conductive nature of the fabric can help dissipate static electricity, making it useful in anti-static clothing and environments.

6. RFID Blocking:

Certain conductive fabrics are designed to block RFID signals, providing security for personal information.

7. Washability:

Some nickel-copper plated fabrics can be designed to withstand washing, making them suitable for clothing applications.

Technical Specifications

ParameterValue
Model NumberDali NCP39
CompositionPET / Cu + Ni
Thickness0.08 ± 0.01 mm
Weight80 ± 10 g/sqm
Width130 cm
Density260 ± 10 T
Surface Resistivity≤ 0.05 Ω/sq
Shielding Effectiveness≥ 60 dB (10 MHz–3 GHz)

 

Where Can You Use Nickel Copper Conductive Fabric?

Explore the wide-ranging applications of Nickel Copper Conductive Fabric across industries such as electronics, medical, textiles, and industrial shielding. Its superior EMI/EMC shielding and flexible form make it ideal for next-generation smart and protective systems.

Innovative Applications of Conductive Fabric

EMI & EMC Shielding Solutions

Perfect for shielding rooms, electronic enclosures, and protective apparel in industries that require strict electromagnetic compatibility. Prevents interference and signal leakage in sensitive environments.

Wearable Technology Integration

Enables seamless electronic integration into clothing—ideal for smart wearables with embedded sensors, conductive paths, heating elements, and other electronic components.

Anti-Static Protective Clothing

Used in anti-static workwear and garments for ESD-sensitive environments such as electronic manufacturing units, laboratories, and clean rooms.

Smart Textile Innovation

Forms the foundation for smart fabrics that respond to stimuli. Supports the integration of ECG/EMG sensors, heating coils, antennas, and IoT components within textiles.

RFID Blocking & Data Security

Acts as a shielding layer in wallets, passport holders, and bags to prevent RFID skimming and protect sensitive identity or payment information from unauthorized access.

Medical Device Applications

Functions as an electrode interface in devices used for biosignal monitoring such as ECG (electrocardiogram), EMG (electromyography), and other wearable health tech.

Hand-Off Detection (HOD) Systems

Nickel-plated conductive fabric is used in HOD technologies that detect hand gestures or presence without physical contact—ideal for touchless control systems.

Industrial & Commercial Shielding

Used for EMI shielding in automotive components, commercial machinery, and industrial electronics, ensuring signal integrity and operational safety.

Why Choose Domadia™ Conductive Fabrics?

Domadia™ is a trusted name in advanced textile engineering, providing high-performance shielding fabrics tailored for industrial, commercial, and medical sectors. Our products meet international shielding standards, are available in multiple configurations, and can be customized based on your application. We ensure:

  • Superior quality and consistency
  • Bulk availability with fast shipping
  • Expert technical support and consultation
  • Custom coatings and adhesive options
  • Trusted by OEMs, R&D labs, and leading EMF protection brands

Connect With Us

Need help selecting the right conductive fabric for your project? At Domadia™, our experts are here to assist you with the perfect shielding solution for your design, whether it’s wearable technology, industrial electronics, or EMI-secure environments. Let’s build the future of electromagnetic safety — together.

Frequently Asked Questions (FAQs)

Q1. What is the shielding range of this nickel copper fabric?
It offers shielding effectiveness of ≥ 60 dB, covering frequencies from 10 MHz to 3 GHz—ideal for RF and EMI blocking.

Q2. Can this fabric be used for wearable EMF protection?
Yes, it’s widely used in EMF shielding jackets, suits, and uniforms, offering comfort and protection.

Q3. Is adhesive backing available?
Yes. We offer variants with conductive self-adhesive or hot melt adhesive backing for easy application.

Q4. Does the fabric comply with flame retardant standards?
Yes, the UL94V0 flame-retardant version is available on request.

Q5. Is the fabric flexible and easy to sew?
Absolutely. The polyester base provides flexibility, and it can be cut, stitched, or laminated.

Q6. Can I get this in black or gray coating?
Yes, we provide aesthetic and functional coating options in black or gray.

Q7. What’s the typical roll size or MOQ?
Standard width is 1000 mm, and roll sizes or MOQ can be customized based on your requirement.

Q8. How can I order samples?
You can Inquire Now on our website or reach out to our sales team for a quote and sample dispatch

Ready to Buy?

Get in touch with our sales team for pricing, technical support, or to place an order:

📞 +91-9594066275

📧 sales@domadia.com

🌐 www.domadia.com

SHOP ONLINE

Error: Contact form not found.

Product categories