Low-temperature scenarios: In ultra-low temperature environments of -200℃ (such as liquid nitrogen transfer and freezing experimental devices), it does not become brittle or hard, and still maintains good flexibility, avoiding pipeline rupture and leakage caused by low temperatures.

High-temperature scenarios: When used for a long time at a high temperature of 260℃ (such as material discharge from high-temperature reactors and heat medium transfer), it does not soften or deform, and has a low thermal shrinkage rate (≤1%). There is no need for frequent pipeline replacement, which greatly reduces maintenance costs.

Resistance to strong acids: It can transfer 98% concentrated sulfuric acid, 50% nitric acid, 37% hydrochloric acid, etc., without dissolution, aging, or impurity precipitation.

Resistance to strong alkalis: When facing 50% sodium hydroxide and potassium hydroxide solutions, it shows no corrosion or embrittlement, making it suitable for the transfer of strong alkali raw materials in the chemical industry.

Resistance to special media: It is stable to organic solvents (methanol, acetone), strong oxidants (hydrogen peroxide, chlorine water), and fluorides (lithium hexafluorophosphate in lithium battery electrolytes), solving the problem of "leakage upon contact with corrosion" of traditional pipelines.

High transparency: The tubing is translucent, allowing real-time observation of the fluid transfer status inside the tube (such as the presence of impurities and changes in flow rate). This facilitates operators to monitor the production process and avoids production accidents caused by pipeline blockage or abnormal media.

Smooth inner wall: The inner wall has a low roughness (Ra ≤0.1μm), so the fluid resistance is much lower than that of metal pipelines, reducing energy consumption during transfer. Moreover, it does not stick to materials and is not easy to scale, making it suitable for transferring high-viscosity media (such as chemical slurries and food sauces). Subsequent cleaning only requires clean water or low-pressure rinsing, saving time and effort.

Excellent electrical insulation: It has a high volume resistivity (≥10¹⁸Ω·cm). In the electronics industry (such as semiconductor wafer cleaning and circuit board etching solution transfer), it can prevent equipment short circuits caused by pipeline conductivity, ensuring production safety.

Aging resistance and impact resistance: When exposed to air or ultraviolet radiation for a long time, it does not age or become brittle. At room temperature, its impact strength reaches 15kJ/m², enabling it to withstand slight collisions (such as collisions during workshop equipment operation) without being easily damaged.

Chemical industry: It is used for media transfer between high-temperature reactors and heat exchangers. It can withstand high temperatures above 200℃ and corrosion from strong acids/alkalis, avoiding raw material waste and safety hazards caused by corrosion and leakage of traditional metal pipes.

Electronics/semiconductor industry: It is used to transfer high-purity etching solutions (such as mixed solutions of hydrofluoric acid and sulfuric acid) and cleaning solutions. The high-purity PFA raw materials ensure no impurity precipitation, avoiding contamination of wafers or circuit boards and ensuring product yield.

New energy industry: It is suitable for the transfer of lithium battery electrolytes (containing fluorides such as lithium hexafluorophosphate). With corrosion resistance to fluorides and good insulation, it prevents electrolyte leakage and circuit faults, contributing to the safety of battery production.

Pharmaceutical/food industry: Food-grade PFA raw materials are used. The smooth inner wall is easy to clean, and it can withstand high-temperature steam sterilization at 121℃, meeting the GMP (Good Manufacturing Practice) hygiene standards. It is suitable for the transfer of medicinal liquids and high-temperature food sauces (such as high-temperature boiled jam), avoiding product contamination.