New Energy

Solar hot water system

In solar hot water systems, the use of fluoroplastic joints and pipelines can achieve efficient heat transfer and weather resistance. Fluoroplastics have excellent high-temperature resistance and corrosion resistance, which can effectively resist corrosion and oxidation problems in solar systems.

Wind Farm

In wind farms, fluoroplastic joints and pipelines are used to transport liquids such as lubricating oil and hydraulic oil. Due to the harsh environmental conditions typically encountered by wind farms, the corrosion and weather resistance of fluoroplastics make them a reliable choice.

Electric vehicle charging station

Fluoroplastic joints and pipelines are used in electric vehicle charging stations to transport coolant and other liquid media. Fluoroplastics have good chemical resistance and electrical insulation properties, which can ensure the safe and reliable operation of the charging station system.

Hydrogen energy system

In hydrogen energy systems, fluoroplastic joints and pipelines are widely used in hydrogen transportation and storage processes. Due to the high permeability of hydrogen, traditional materials are prone to leakage and corrosion, while fluoroplastics can provide higher airtightness and corrosion resistance, ensuring the safety and efficiency of hydrogen energy systems.

Lithium battery industry

In the production process of lithium batteries, it is necessary to use electrolyte for the charging and discharging reactions of the battery. Fluoroplastic joints and pipelines are used for transporting and processing electrolytes. Because the electrolyte contains organic solvents and strong Corrosive substance, traditional metal pipes are vulnerable to corrosion, resulting in leakage and pollution. Fluoroplastic joints and pipelines have excellent corrosion resistance, which can effectively resist the corrosion of electrolyte and ensure the safety and stability of the battery production process.

Fluoroplastics also have low surface energy and good electrical insulation performance, which can reduce the adhesion and residue of electrolyte in pipelines, improve battery production efficiency and quality. They can also withstand higher temperatures and pressures, suitable for various process requirements in lithium battery manufacturing.