PVDF butt welding ball valve

Chemical Stability: PVDF ball valves possess excellent chemical corrosion resistance. They can withstand all salts, acids, alkalis, halogens, and other media except hydrofluoric acid and strong solvents, and can operate stably in various corrosive environments.

Thermal Stability: The general applicable temperature range is from -62°C to 150°C, and for some high-temperature types, it can reach from -20°C to 160°C. They can maintain stable performance within a relatively wide temperature range.

Mechanical Strength: With a regular molecular structure, a tight arrangement of molecular chains, and a strong hydrogen bond effect, PVDF has high tensile strength, compressive strength, and impact toughness. It can withstand a certain amount of pressure and impact force, ensuring the reliability of the valve during use.

Insulation Performance: PVDF is an excellent insulating material with a relatively large dielectric constant, making it widely used in fields such as electronics and semiconductors that require high insulation performance.

Lightweight: The density of the PVDF material is relatively low, making the overall weight of the ball valve light. This is convenient for handling and installation. At the same time, it can reduce the load of the pipeline system and lower the requirements for the support structure.

Hygienic and Non-toxic: It complies with relevant national hygiene standards and can be used in pipeline systems with high hygiene requirements, such as pure water, drinking water, and food and beverage. It ensures that the medium is not contaminated.

Valve Body: Usually, the valve body is integrally injection-molded from PVDF material. The internal structure is reasonably designed to effectively reduce fluid resistance. There are various connection methods at both ends, such as flanges, threads, socket welding, etc., which are convenient for connection with the pipeline system.

Valve Core: Generally, it is a spherical valve core made of PVDF material. The surface of the ball is smooth. When opening and closing, it has a high precision fit with the valve seat, which can achieve a good sealing effect. Moreover, the rotation of the ball is flexible, which can effectively control the flow rate of the medium.

Sealing Components: Including valve seat seals and shaft seals, etc. High-performance sealing materials such as polytetrafluoroethylene (PTFE) are mostly used to ensure the sealing performance of the ball valve in the closed state and prevent medium leakage. These materials have good wear resistance and corrosion resistance, ensuring the long-term sealing effect of the valve.

Low Flow Resistance: The internal structure is reasonably designed, and the fluid passes through with low resistance, which can reduce the energy consumption of the system.

Excellent Sealing Performance: The valve core and the valve seat have a high precision fit. Coupled with high-performance sealing materials, a good sealing effect can be achieved, effectively preventing medium leakage.

Simple Operation: The opening and closing action only requires rotating the ball by 90°. The operation is easy, and it is suitable for remote control, enabling automated operation.

Convenient Maintenance: The structure is relatively simple, and vulnerable parts such as seals are easy to disassemble and replace, reducing the maintenance cost and time.

Long Service Life: Due to its excellent corrosion resistance, mechanical properties, and anti-aging performance, the ball valve can operate stably for a long time under normal use conditions, reducing the replacement frequency.

Chemical Industry: It is often used for the control and transportation of acid and alkali media, corrosive solvents, etc., such as in the storage, preparation, and transportation pipelines of various chemical raw materials.

Pharmaceutical Field: It is used for the control of media in the pharmaceutical production process, such as the transportation of active pharmaceutical ingredients and the preparation of liquid medicines, ensuring that the quality of medicines is not contaminated.

Electronics and Semiconductor Industry: It can be used in the control of media in ultra-pure water systems, electroplating processes, and the transportation of electronic chemicals, etc., meeting the high requirements for medium purity and equipment corrosion resistance.

Food and Beverage Industry: It is suitable for the control of various fluid media in the food processing production line, such as the transportation pipelines of fruit juices, beverages, edible oils, etc., ensuring food hygiene and safety.

Water Treatment Field: Including the control of media in the processes of sewage treatment, seawater desalination, pure water preparation, etc. It can withstand various chemical substances and acid-base environments in water.