Conductive Fabric

Your Professional Conductive Fabric Supplier

Shandong Hongchuan New Materials Co., Ltd. was established in 2013. It is located in the Industrial Park of Development Zone, Yuncheng County, Heze City, Shandong Province. It has convenient transportation and beautiful environment. It mainly produces soft conductive materials, which are suitable for military industry, aerospace, mobile phone chips, new energy vehicle chips and lithium batteries. The base fabric materials include ultra-thin FPC film, non-woven fabric, polyester fabric, graphene, glass fiber cloth, carbon fiber and other high-end substrates.

Why Choose us

Complete Product Qualifications
We have successfully completed comprehensive product qualifications, achieving three industry-university-research transformation outcomes, obtaining two invention patents, and securing authorization for 15 patents in total.

Quality Assurance
Regarding quality assurance, our company rigorously adheres to the standards and specifications of the industry quality system. By utilizing cutting-edge testing equipment, we ensure superior product quality and maintain an excellent reputation.

Customer-centric Approach
Upon receiving your request, our team of engineers will promptly provide you with a swift and highly tailored customized solution, ensuring full satisfaction.

Specification

Product name	Density	Thickness mm	Weight	Resistance Ω	Width
0.02	330T	0.020±0.003	25±5	≦0.05	1100mm
0.025	380T	0.025±0.002	25±5	≦0.05	1100mm
0.03	330T	0.030±0.003	35±5	≦0.05	1100mm
0.05	340T	0.050±0.003	50±10	≦0.05	1100mm
0.05	360T	0.050±0.005	50±10	≦0.05	1100mm
0.05	380T	0.055±0.005	55±10	≦0.05	1100mm
0.05	410T	0.050±0.003	50±5	≦0.05	1100mm
0.08	230T	0.080±0.005	75±10	≦0.05	1100mm
0.085	260T	0.085±0.005	80±10	≦0.05	1100mm
0.09	210T	0.090±0.005	95±10	≦0.05	1100mm
0.1	190T	0.100±0.005	95±10	≦0.05	1100mm

Characteristics of Conductive Fabrics

Electrical Conductivity

The most obvious characteristic of conductive fabrics is that it can conduct electricity. These fabrics usually exhibit low resistance owing to which it can effectively transmit signals. Fabrics with electrical conductivity are used in the making of wearable technology and for electromagnetic shielding.

Breathability and Comfort

There is a common misconception that conductive fabrics usually compromise on breathability and comfort. However, that’s far from true. Thanks to advancements in textile engineering, conductive fabrics just like traditional fabrics are equally comfortable and breathable. In the medical, healthcare and sports apparel industry, this property is of paramount importance.

Highly Flexible

Conductive fabrics are designed in such a way that they’re super flexible. They can easily be moulded into different shapes and movements. Smart clothing generally needs to be comfortable and stretchable. A major advantage of conductive fabrics is that they possess remarkable durability. They can withstand repeated use and maintain functionality.

Sensing Capabilities

As mentioned earlier, conductive fabrics respond exceptionally to external stimuli. All you need to do is integrate sensors into fabric structure. A few parameters textiles can detect are moisture, temperature and pressure. Athletes and patients with medical history are usually seen wearing smart textiles. The sensing capability can monitor vital signs, heartbeat and track movement.

Application of Conductive Fabric

Wearable technology
Conductive fabrics spearhead the wearable technology revolution. With the integration of sensors and actuators into clothing, health parameters of the individuals wearing them can be monitored. For a sportsperson, physical activity can be tracked and even electronic devices can be charged. Conductive fabrics are surely redefining the way we interact with clothing. A few examples of smart clothing include fitness trackers and temperature-regulating jackets.

E-textiles
E-textiles combine electronics and textiles to create fabrics. They’re usually integrated with electronic components including LEDs, wires and microcontrollers. Their primary use is to build circuits.

Electromagnetic shielding
In a few industries, unwanted electric signals can hamper operations. In such cases, electromagnetic shielding is of paramount importance. The industries include aerospace, defense and telecommunications. Conductive fabrics shield against electromagnetic interference (EMI). They help in safeguarding electronic devices. The use-cases include protective garments, enclosures and curtains.

Healthcare
In the healthcare industry, conductive fabrics are invaluable. Wearable sensors are used to monitor a patient’s heart rate, smart bandages can predict wound healing and electrodes are ideal for non-invasive medical procedures. Research is also being conducted for the antimicrobial properties of conductive fabrics. This can prevent infections as well as improve patient outcomes.

Heating Elements
Certain conductive fabrics are specially designed to efficiently transfer heat. They are engineered to have high thermal conductivity and thus they’re referred to as thermal conductive fabrics. Since they’re integrated with heating elements, they are used in blankets, heated clothing and other applications where the temperature needs to be controlled.

Conductive Fabric Production Technology

Coating

Conductive materials such as silver or copper are coated onto the surface of the fabric.

Weaving

Conductive fibers are woven directly into the fabric structure.

Laminating

Layers of conductive materials are laminated onto the fabric for enhanced durability.

Payment and Shipping Methods

Terms Of Payment	We usually accept T/T, L/C, Paypal, Credit card, etc. If you prefer other payments terms, please feel free to discuss with us.
Shipping	It can be delivered by truck, train, sea, air.

FAQ

Q: How does conductive fabric work?

A: A conductive textile is a fabric that can conduct electricity. Conductive textiles, are made with guipé thread or yarn that is conductive because it is composed of metallic fibers wrapped around a non-metallic core or has a metallic coating.

Q: Can conductive textiles change color?

A: The color change occurs when a weak electric current is sent through the conductive fabric, in turn leading to a color reversal. Electrochromic textiles can be used during EEG, EKG, or EMG treatments to monitor the electrical currents. Depending on how these fabrics are treated, they can show pulses in the fabric.

Q: Can you solder conductive fabric?

A: Typically solder is the means of making these connections in a circuit. Some conductive fabric is solderable, but it makes for a weak connection. There are other options, some are more permanent than others. Whichever option you choose, the most important thing is to make a strong and secure connection.

Q: How to measure the conductivity of a fabric?

A: For intrinsically conductive knitted fabrics, two-point probe, Van der Pauw, and eddy current methods are the most suitable. And for intrinsically conductive nonwoven fabrics, two-point probe and four-point probe methods are the most appropriate.

We're well-known as one of the leading conductive fabric manufacturers and suppliers in China. If you're going to buy high quality conductive fabric, welcome to get quotation from our factory. Also, customized service is available.

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