Core Characteristics of PET Coated Wire Mesh

2025.08.21

Author：PET coated wire mesh

PET coated wire mesh is a screen material made from a polyester film substrate with a special functional coating applied through a coating process. It combines the mechanical properties of PET with the functional characteristics of the coating and is widely used in fields such as protection, filtration, printing, and construction. Its core features include:

1. High Strength and Durability

The PET substrate offers excellent tensile strength and mechanical stability, and the coating further enhances its abrasion and corrosion resistance, making it suitable for complex environments.

For example, in outdoor construction, PET coated wire mesh provides long-term protection against UV rays, wind and rain, and maintains structural integrity.

2. Versatile Functionality

Protection: Anti-insect, dust, anti-static, and UV protection (e.g., household window screens, electronic device covers).

Filtering: By adjusting the pore size of the coating, precise filtration of air or liquids is achieved (e.g., industrial filters).

Printability: Applying a special coating to the PET surface improves ink adhesion, making it suitable for high-end printed products (e.g., labels and nameplates).

Optical Performance: The transparent coating maintains high light transmittance while increasing abrasion resistance (e.g., display screen protective films).

3. Easy to Clean and Maintain

The coating's smooth surface resists dust and dirt, requiring only wiping or rinsing for cleaning, reducing maintenance costs.

Qingdao Chenan Machinery Co., Ltd. has the advantage of developing and producing rubber winding equipment, with higher technology than various equipment assembly manufacturers in the industry. For more information about PET coated wire mesh, please contact us.

Company: Qingdao Chenan Machinery Co., Ltd.

Address: Yanjialing Industrial Park, East Chengma Road, Tongji New Economic Zone, Jimo District, Qingdao City, Shandong Province

Email: qdcajx@gmail.com