Buy Fabric Fabric News Biaxially stretched material U16 high-efficiency filter material

Biaxially stretched material U16 high-efficiency filter material



With the in-depth development of high and new technologies, special filter materials with more functions, complete specifications and good quality will be needed. At the same time,…

With the in-depth development of high and new technologies, special filter materials with more functions, complete specifications and good quality will be needed.

At the same time, the application scope of U16-level high-efficiency filter materials has expanded to aerospace, navigation, genetic engineering, life sciences and other fields, and the market prospects are very broad.

Continuously developing and developing new special papers is very necessary and promising. This is also a glorious mission for papermaking workers.

U16 grade high-efficiency filtration material is a microporous film formed by stretching polytetrafluoroethylene resin particles at a temperature below the melting point and forming hot spots. The pore size of the material is small and the distribution is concentrated, achieving surface filtration. The dust removal efficiency reaches 99.9%~99.999%. For some extremely small particles with a diameter of 0.1um-0.3um, it can better prevent fine dust from entering the filter material.

Can operate at a continuous operating temperature of 240°C and an instantaneous temperature of 260°C.

Manufacturer with advanced ptfe film production lines and composite production lines.

The company’s products are widely used in various fields. With strong technical force and strict management system, the company ensures that everything focuses on the interests of users and provides users with high-tech, high-quality, high-performance, and high-level products.

Interested parties can enter the store for consultation.

</p

This article is from the Internet, does not represent 【www.buyfabric.net】 position, reproduced please specify the source.https://www.buyfabric.net/archives/34567

Author: clsrich

 
TOP
Home
News
Product
Application
Search