Guangdong Hechuan New Material Technology Co., Ltd. Guangdong Hechuan New Material Technology Co., Ltd.
Guangdong Hechuan New Material Technology Co., Ltd.

Since 2012, customers from all over the world have come to rely on Guangdong Hechuan New Material Technology Co., Ltd for the production and manufacturing of shielding materials. We offer a variety of shielding materials, including polyester film tapes, aluminum foil tapes, copper foil tapes, conductive fabrics, and more. Furthermore, our shielding materials exhibit excellent performance, such as flame retardant, thermal insulation, EMI shielding, electric & thermal conductivity.

Shielding Materials

We specialize in the research, development, production, and sales of ultra-thin and highly conductive cable shielding materials. Our product range includes various colored and metalized polyester film tapes, shielding laminates, and vacuum metallized films.

Capabilities

Unlock versatile possibilities with our laminating expertise, crafting multi-layered structures from flexible base materials tailored to your project's needs. With over a decade of experience, we offer laminated materials from a wide material spectrum.

Explore vacuum metalizing – a precise process that deposits metal onto plastic components in a vacuum chamber. We're your partner for eco-friendly surface treatments.

  • Substrate Pre-CleaningSubstrate Pre-Cleaning
  • Metal CoatingMetal Coating
  • Defect Detection & CuttingDefect Detection & Cutting
  • PackagingPackaging

We excel in developing and manufacturing a variety of shielding materials. Whether it's laminates or vacuum metallized films, we can meet your needs. Whether you require high-temperature insulation, heat conduction, flame retardant, or demand high shielding effectiveness, we will tailor the most cost-effective, high-quality products to your specifications.

Applications Flame Retardant
Applications Identification & Marking Tapes
Applications EMI Shielding
Applications Thermal Insulation
Applications Electrical & Thermal Conductivity