Grid-Pattern Conductive Fabric Tape

Product Introduction

The Grid-Pattern Conductive Fabric Tape is a specialized electromagnetic interference (EMI) shielding material designed for electronic devices, communication equipment, and industrial applications requiring reliable electromagnetic protection. Manufactured primarily from metal-fiber conductive fabric, it features a distinctive cross-grid woven surface structure and a strong adhesive backing, combining electrical conductivity, shielding performance, and flexible application.

The conductive grid structure helps block electromagnetic wave propagation, reduce unwanted electromagnetic interference, and maintain signal transmission stability. With excellent conformability and a soft, flexible texture, this tape can be applied to various electronic components, cable assemblies, equipment enclosures, and shielding structures.

Available in single-sided and double-sided configurations, the Grid-Pattern Conductive Fabric Tape offers thickness options from 0.05 mm to 0.1 mm. Its anti-oxidation treatment, abrasion resistance, and reliable adhesive performance make it suitable for precision die-cutting and EMI shielding applications in consumer electronics, telecommunications, automotive electronics, and industrial equipment manufacturing.

Key Product Features and Advantages

1. Reliable EMI Shielding Performance

   Designed to provide electromagnetic shielding effectiveness of at least 70 dB across the frequency range of 30 MHz to 10 GHz. It helps reduce electromagnetic interference and supports stable operation of sensitive electronic components.

2. Excellent Electrical Conductivity

   The metal-fiber conductive fabric structure provides good electrical conductivity, with X-Y resistance of ≤0.1 Ω/in² and Z-axis resistance of ≤0.05 Ω/in², supporting conductive connections and electromagnetic shielding applications.

3. Special Grid-Woven Structure

   Features a distinctive cross-grid surface pattern that combines flexibility with functional shielding characteristics, making it suitable for various electronic assembly and shielding requirements.

4. Strong Adhesive Performance

   Equipped with a strong adhesive backing, offering adhesion of ≥1100 gf/25mm and holding power of ≥24 hours to support reliable attachment during component assembly and equipment installation.

5. Soft and Flexible Material

   The flexible fabric construction provides excellent conformability, allowing the tape to adapt to different surfaces, corners, and irregular component structures.

6. Abrasion Resistance and Surface Protection

   Offers good wear resistance and an anti-oxidation treatment to support material durability. Its surface also provides fingerprint and dirt resistance, helping maintain a clean appearance during handling and processing.

7. Precision Slitting and Processing

   Features clean slitting without burrs and good processability, making it suitable for precision converting, die-cutting, and customized shapes used in electronic manufacturing.

8. Environmental Compliance

   Designed to comply with relevant environmental requirements, including halogen requirements, EU RoHS, and REACH, supporting material selection for international electronics manufacturing supply chains.

Technical Specifications

Note: Actual product configurations, adhesive specifications, and test conditions can be confirmed according to the selected material and customer requirements.

Available Types and Customization

The Grid-Pattern Conductive Fabric Tape is available in different structural configurations to accommodate various electronic assembly and shielding applications.

• Single-Sided Conductive Fabric Tape: Suitable for applications requiring conductive fabric on one side with an adhesive backing for attachment.

• Double-Sided Conductive Fabric Tape: Designed for applications requiring adhesive functionality on both sides, subject to the selected product construction.

• Thickness Selection: Available in thicknesses ranging from 0.05 mm to 0.1 mm to accommodate different installation spaces and component requirements.

• Precision Die-Cutting: Suitable for customized shapes and sizes according to electronic component drawings and assembly specifications.

• Surface and Material Requirements: Product configurations can be discussed according to conductivity, shielding, adhesion, and processing requirements.

Typical Applications

The Grid-Pattern Conductive Fabric Tape is widely used in electronic products and industrial equipment where electromagnetic compatibility and interference control are important.

1. Consumer Electronics

• Laptops and notebook computers

• Mobile phones and smartphones

• Netbooks

• MP4 and MP5 devices

• LCD electronic assemblies

2. Cable and Connector Shielding

• Cable assemblies

• POP cables

• Mobile phone cables

• Electronic wiring and connection components

The conductive fabric tape helps provide shielding around cable-related components and electronic connection areas, supporting EMI control in compact electronic structures.

3. Electronic Equipment Enclosures

• Electronic chassis

• Equipment enclosures

• Indoor electrical cabinets

• Industrial equipment housings

• Communication equipment

Its flexible construction and adhesive backing make it suitable for shielding applications involving metal and other compatible equipment surfaces.

4. Telecommunications and Mobile Communication

• Mobile communication devices

• Communication equipment

• Electronic modules

• Signal-related shielding structures

It helps control electromagnetic interference in compact communication systems and electronic assemblies.

5. Professional Electromagnetic Shielding Applications

• Shielding-room fabrics

• Professional shielding workwear

• IT industry shielding fabrics

• Electronic environments requiring electromagnetic protection

Material selection should be based on the specific shielding frequency, installation structure, and required protection level.

Processing and Application Advantages

In electronic manufacturing, shielding materials must provide not only electrical performance but also reliable processing characteristics. The grid-pattern conductive fabric tape combines a flexible woven structure with adhesive properties to support different manufacturing processes.

Its soft texture allows it to conform to curved surfaces and irregular component geometries. Clean slitting and burr-free edges help improve material handling during precision converting and die-cutting operations.

The anti-oxidation treatment helps maintain material performance during use, while fingerprint and dirt resistance support cleaner production and assembly processes.

For manufacturers of laptops, mobile devices, cable assemblies, and communication equipment, the Grid-Pattern Conductive Fabric Tape offers a practical material option for integrating EMI shielding into compact electronic structures.

Why Choose Hangchen Technology?

Hangchen Technology was founded in 2016 and is a national high-tech enterprise specializing in the research, development, manufacturing, and sales of high-end flexible electronic materials.

With standardized production facilities in Dongguan and Henan, the company has established an integrated manufacturing and supply chain system focused on electromagnetic shielding and flexible conductive materials.

Key company strengths include:

• Specialized R&D Capabilities: Independently developed technologies covering conductive fabrics, conductive coatings, nano-copper-carbon composites, and EMI shielding films.

• Intellectual Property: Holds nearly 20 industry patents, including multiple national invention patents, and two registered trademarks.

• Manufacturing Network: Operates two standardized production facilities in Dongguan and Henan to support manufacturing and supply requirements.

• Industry Experience: Since 2016, has focused on flexible electronic materials and electromagnetic shielding solutions for different industrial applications.

• Precision Processing: Provides material processing and customization services to meet the requirements of electronics manufacturers and die-cutting enterprises.

• International Market Support: Has established dedicated foreign trade and overseas technical service teams to support customers in Southeast Asia, Europe, and the Americas.

• Integrated Export Services: Provides cross-border warehousing, export customs clearance, and after-sales support for international customers.

Hangchen's products are used in consumer electronics, automotive electronics, telecommunications base stations, industrial electronics, and medical applications. The company is committed to delivering stable material quality, customized processing, and responsive technical support.

Ordering and Customization Information

To help identify the appropriate conductive fabric tape for your application, buyers can provide the following information when making an inquiry:

• Required product type: Single-sided or double-sided

• Required thickness: 0.05–0.1 mm

• Target electromagnetic shielding effectiveness

• Required X-Y and Z-axis resistance

• Adhesion and holding power requirements

• Application environment and electronic equipment type

• Required tape dimensions and die-cutting specifications

• Estimated order quantity

• OEM or customized processing requirements

Technical drawings, material specifications, and application samples can also be provided for product evaluation and configuration discussions.

Reliable EMI Shielding Material for Electronic Manufacturing

Effective electromagnetic interference control is essential for maintaining the performance and reliability of modern electronic equipment. With its cross-grid woven structure, conductive metal-fiber material, flexible construction, and strong adhesive backing, the Grid-Pattern Conductive Fabric Tape provides a versatile solution for EMI shielding in consumer electronics, communication devices, cable assemblies, and industrial equipment.

Backed by the R&D expertise and manufacturing capabilities of Hangchen Technology, this product is suitable for electronic component manufacturers, EMI shielding material distributors, precision die-cutting companies, and industrial buyers seeking flexible conductive materials for customized shielding applications.