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Due to PFA unique molecular structure,the piping made from PFA resin has outstanding corrosion resistance.

Fluoroplastic foam resin is supplied as white pellets and is foamed by physical foaming method. When inject appropriate pressure inert gas, such as nitrogen or carbon dioxide, to form uniform cells under high temperature screw. This method yields a foamed cable insulation layer. After foaming, the overall dielectric constant and density are reduced, improving electrical performance while lowering costs.

High-frequency cables, means the specialized cable designed to efficiently transmit high-frequency / high-speed signals above 100 MHz. They have stringent requirements including low loss, low dielectric constant, stable impedance, and excellent shielding. They are currently in strong demand for 5G/6G infrastructure, data centers, millimeter-wave applications, and high-speed communications.

Recently, our company has reached in-depth cooperation with a well-known high-frequency cable manufacturer,which high-frequency cable products have officially adopted our high crack-resistant FEP resin as core raw material. After many times test and mass production verification, the product performance fully met the international standards. Successfully solving the cracking difficulty of high-frequency cables in the industry, winning high recognition from customers. It also demonstrates UFLON's technical strength and product competitiveness in the field of special resins.

As we know, fluoropolymer materials have always been the representatives of high-end plastics. Rely on excellent corrosion resistance, resistance to high& low temperatures, electrical insulation, and non-stickiness, they have become the invisible backbone of durability in modern industry.

Dated on 21-24th, April in 2026, Shanghai National Exhibition and Convention Center (Hongqiao) will welcome “CHINAPLAS 2026” EXHIBITION. With the topic of “Revolution · Collaboration · Co-creating Sustainability”,empowering the industry to grasp new opportunities in the era of change.

Due to high corrosion resistance and excellent non-stick property, PFA electrostatic coating powder is widely used in chemical and industrial fields. However, a good-performing and successful coating film related with many sectors such as MFR, baking temperature, baking time, high performance PFA powder.

Among fluoropolymers, FEP resin is widely favored in electronics and electrical engineering, chemical engineering, medical treatment, aerospace and other fields for its excellent properties. It perfectly combines the superior properties of PTFE and the good processability of PFA, making it an ideal choice for many applications. Today, we will systematically introduce the performance characteristics, molding and processing technologies, and extensive application fields of FEP resin.

With the rise of the semiconductor industry, "cleanliness" is the most critical aspect, especially in wafer manufacturing, photoresist, and CMP polishing slurry pipelines. Fluoropolymers are widely recognized as representative of high-cleanliness materials.

PFA (Perfluoroalkoxy) is a highly superior fluoropolymer with remarkable chemical inertness, high temperature resistance, excellent electrical insulation properties, and extremely low friction coefficient. Due to its good melt flowability, high transparency, PFA resin is widely used in high-end fields including semiconductors, biomedicine, chemical pipeline systems, electronic and electrical equipment, new energy devices etc through thermoplastic process ways such as injection,extrusion,below molding.