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PVDF sheet can be extruded by PVDF resin at high temperature, as an extremely pure polymer, there is no additives such as UV stabilizers, thermal stabilizers, plasticizers, lubricants or flame retardants. PVDF sheet can be welded to make tanks and processing equipment through PVDF welding rod, to store all kinds of chemical solutions.

In this industrial boom, fluoropolymers PVDF and PTFE stand as key auxiliary materials for both wet and dry electrode processes, with their value fully proven at CIBF 2026.
PVDF remains the primary binder for wet processing, featuring excellent resistance to electrolyte corrosion and stable cycling performance.

4G enabled person-to-person communication, 5G enabled communication between people, machines, and objects, while 6G will move toward full connectivity of people, machines, objects, and intelligent agents. Here, "intelligent agents" refer to entities capable of autonomous learning and decision-making. This marked a new phase in communication technology.

PEEK injection is essentially a process of matching the material properties with the process window.
In the actual production, single parameter optimization usually difficult to solve the problem,it is more necessary to make systematic adjustment based on material property, process equipment and product structure.

Combining superior heat resistance and chemical stability of thermosets with easy processability of thermoplastics, PEEK is the prime choice for metal replacement and lightweight solutions, widely used in high-end manufacturing industries.

Based on purity and application scenarios, PVDF is mainly classified into industrial grade, lithium battery grade, semiconductor grade. Among them, high-purity PVDF (with a purity of ≥99.99% and metal ion impurities ≤10ppm) requires precise production processes and is primarily applied in high-end scenarios such as semiconductor manufacturing and lithium battery separator coatings; industrial grade PVDF is widely used in conventional fields such as chemical anti-corrosion and coatings.

UFLON has been deeply engaged in the research and application of PTFE resin for many years. Oriented by customized solutions, it closely aligns with the development needs of automotive customers in multiple fields such as fuel system optimization, new energy transformation, and core component upgrading.

ETFE was initially developed jointly by NASA and DuPont specifically for spacecraft. Nowadays, it has permeated every aspect of our lives. This article will further state how ETFE applied in various fields.

With its exceptional resistance to high temperatures, oil, and chemical corrosion, PTFE has become an indispensable key material in the automotive industry.

As a high-performance engineering plastic, PTFE plays an irreplaceable role in national economy, national defense, advanced technology and many other fields. However, affected by its chain and crystalline structures, PTFE with high symmetry, high rigidity, non-entangled and folded lamellar crystals. The traditional PTFE has inherent drawbacks: easy creep, high porosity, poor wear resistance and radiation degradable.