Two-component non-woven thermal composite filter material has development prospects
In recent years, with the development of today’s society, two-component non-woven thermal composite filter material has been called the most potential and most promising shining star in the filtration industry. It has laid the foundation for the modern filtration industry. development provided assistance.
Bi-component non-woven thermal composite filter material refers to a material that is composed of two or more different substances combined in different ways. It can bring into play the advantages of various materials, overcome the shortcomings of a single material, and expand the material scope of application.
Because composite materials have the characteristics of light weight, high strength, easy processing and molding, excellent elasticity, chemical corrosion resistance and good weather resistance, they have gradually replaced wood and metal alloys and are widely used in aerospace, automobiles, electronics, construction, etc. , fitness equipment and other fields have developed rapidly in recent years.
Suzhou New Material Technology Co., Ltd. is a high-tech enterprise specializing in the R&D and production of PTFE membrane filter materials. After years of painstaking research and R&D, the company not only has strong R&D strength, complete testing methods and domestic advanced It has advanced experimental equipment and attracted a large number of outstanding technical talents.
The company has developed a series of ptfe microporous films and derivative products that exceed those of its domestic counterparts, ensuring better products. In addition, high-efficiency air filters made of two-component non-woven thermal composite filter materials It has the characteristics of high efficiency, low pressure loss, large dust holding capacity and long service life.
It can effectively capture particles above 0.3μm with an efficiency of over 99.99%.
There is also PTFE-coated filter material containing bacteriostatic (sterilizing) agents, which can effectively inhibit the growth of microorganisms in the filter material and prevent secondary pollution of the filter.
Disclaimer:
Disclaimer: Some of the texts, pictures, audios, and videos of some articles published on this site are from the Internet and do not represent the views of this site. The copyrights belong to the original authors. If you find that the information reproduced on this website infringes upon your rights, please contact us and we will change or delete it as soon as possible.
AA
