PTFE Flexible Hoses are resistant to both high and low temperatures, highly corrosion-resistant, non-toxic, and chemically stable. They are suitable for fluid transport and pipe connections across various industries, adapting to a wide range of demanding applications.
The chemical industry often transports highly corrosive media, and PTFE hoses perfectly meet this requirement. They are non-reactive with corrosive fluids such as strong acids, strong bases, and organic solvents, preventing corrosion and leaks in pipelines. Therefore, they are frequently used in chemical production for transporting chemical reagents, reactor piping, and acid and alkaline wastewater discharge.
In addition to the chemical industry, the food and pharmaceutical industries also have stringent requirements for pipe material safety, and PTFE Flexible Hoses are well-suited for these applications. They meet food-grade and medical-grade safety standards, feature a smooth surface that resists impurities, and can be used to transport drinking water, juice, and cooking oil in food processing. In the pharmaceutical industry, they can transport liquid medicines and purified water, ensuring the purity of food and medicines and preventing secondary contamination.
Precision production in the electronics and new energy sectors also relies heavily on PTFE Flexible Hoses. In semiconductor manufacturing, they can transport high-purity cleaning fluids and photoresists, meeting production requirements for impurity-free piping. In new energy battery production, they can withstand electrolyte corrosion and are used for electrolyte transport and equipment piping connections. Furthermore, in industries like aerospace and automotive manufacturing, they are used to connect oil and gas lines under high-temperature and high-pressure conditions, ensuring stable fluid flow. Notably, their strong resistance to aging reduces the frequency of piping replacements across various industries, lowering long-term operating costs and contributing to their widespread adoption.
