In the field of precision machining, the manufacturing accuracy and quality of electrodes directly affect the final outcome of the product. Yize Mould has specialized in CNC machining of electrodes for 18 years, leveraging our exceptional technical expertise and advanced equipment to provide our valued customers with high-quality, high-precision electrode products. Below, let me detail the key advantages of our CNC machining electrodes.

We reached a strategic partnership with a silicone injection molding company. Since we have the hard plastic precision injection molding capabilities that this company desperately needs, this company can complement us in our product making capabilities. In addition, we have strengthened our supply chain management in order to better communicate and cooperate with our upstream and downstream companies.In addition, we have strengthened our product design capabilities because customers often need…

With the development of science and technology, the demand for small precision parts is getting higher and higher, and the application of micro injection molding will become more and more widespread. Therefore, for us, overcoming the technical difficulties of micro injection molding is not only to complete the user's order, but also to promote the overall development of the industry forward, and it is also a solid step for us in the field of medical injection molding.

Performance comparison of PTFE, FEP, PVDF, PFA and ETFE

In the previous article, we introduced you to the properties of FEP and its comparison with PTFE. In this issue, we will introduce the main application fields of FEP: electronic and electrical industry, 5G communication, chemical industry, and medical industry.

FEP, known as polyperfluoroethylene propylene, commonly known as F46, FEP is a copolymer of tetrafluoroethylene (TFE) and hexafluoropropylene (HFP), a copolymer of tetrafluoroethylene and hexafluoropropylene, with the content of hexafluoropropylene of about 18% or so, FEP is the modified material of polytetrafluoroethylene (PTFE).

In 2022, as PVDF becomes more and more important in emerging applications, the proportion of PVDF consumed in the traditional coating field is decreasing to only 30%. In the same year, the proportion of PVDF consumed by lithium batteries rose to 39% from 8% in 2017; and the proportion of PVDF consumed by photovoltaic backsheet membranes rose from 3% to 6%. This all shows that the PVDF industry is undergoing great changes, and we believe that in the future, PVDF can also shine in more applicati…

In the previous article we introduced two kinds of plastics, PFA and PTFE, and gave a detailed account of the properties and uses of these two kinds of plastics, and today we will introduce the second most used fluoroplastic: PVDF.

PTFE is currently the most used fluoroplastics, occupying about half of the market share, in the future there are still new growth points.

We used heavy objects to flatten this plastic plate after processing, and finally met the flatness requirements.

In our previous article, we introduced the wide range of applications for PFA, such as chemical processes, oil and gas industry, electrical insulation materials, etc.. However, until today, the market share of PFA in fluoropolymers is still less than 1%, while PTFE occupies about half, why? Today, we will explore the difference between PFA and PTFE in physical and chemical properties in this article, and answer the reasons for such a huge difference in market share between PFA and PTFE.

In industry, PFA is often used as various coatings, linings and even astronautical equipment due to its chemical stability, thermal stability and non-stick properties, and is widely used in many fields such as construction, chemical, mechanical, electrical, aerospace and medical. In addition, the cleanliness level of PFA is often higher than that of PTFE, so in recent years PFA has also begun to be used in the semiconductor industry, which are used for handling silicon wafers for ultra-large-s…