What are the functional uses of fluorine-lined equipment?

Fluorine-lined equipment, utilizing a scientific method and patented technology, integrates the steel and plastic components of the equipment into a single structure, representing a new type of container. It combines the mechanical strength of steel products with the advantages of PTFE resistance to corrosion, non-adherence, and resistance to microbial growth. It ensures the purity of the transported medium, making it the best corrosion-resistant product to replace rubber-lining, glass-lined, and glass-fiber reinforced plastics. Its service life exceeds that of stainless steel pipes, making it the ideal corrosion-resistant pipeline for transporting acids, alkalis, salts, gases, slurry, etc. Yet, its cost is only one-fourth of stainless steel pipes, making it a top choice among various corrosion-resistant pipes. What are the usage functions of fluorine-lined equipment? Let's take a brief look below:

This material boasts superior chemical functions and stability compared to other plastics, making it the ideal choice for applications where traditional non-ferrous metals and alloys fail to meet corrosion and sealing requirements. Its key features include: a wide temperature range of -200 to +250°C, suitable for equipment in the cold industry such as towers, reactors, pipelines, valves, and containers. Excellent chemical stability: it resists almost all organic and inorganic compounds (except elements fluorine, chlorine trifluoride, and molten alkali metals), and has become the top choice for corrosion-resistant materials in the oil, chemical, and nuclear industries. Good electrical properties: high dielectric strength of 30 kV/mm in a 0.1mm-thick film, with dielectric strength remaining unchanged with temperature variations.
Exceptional Non-Stick Surface: With a unique molecular structure and low surface polarity, it does not adhere to most substances, boasting a surface energy of only 18 dynes/cm. It is commonly used in light industries such as textiles, food, and papermaking.