What Are The Main Aspects Of The Innovation Of Fluorine-lined Stop Valve?
The innovation of Lined Globe Valve is mainly reflected in the following aspects:
1. Material innovation
Fluorine lining technology: Fluorine lining stop valve adopts advanced fluorine lining technology, using fluoroplastics (such as polytetrafluoroethylene PTFE) as lining material, effectively blocking the direct contact between the medium and the valve body, greatly improving the corrosion resistance of the valve. Fluoroplastic has excellent corrosion resistance, solvent resistance, high voltage resistance, non-stickiness, and self-lubricating properties, and is suitable for handling strong acids, strong alkalis and other chemicals.
2. Structural innovation
Compact design: Through structural optimization, the fluorine lining stop valve is smaller in volume than the traditional fluorine lining plastic valve, and the flow channel is straight, eliminating the space for residue accumulation. This compact design is not only beautiful, but also improves the molding process, making the product easier to manufacture and maintain.
Improved sealing performance: Innovations have been made in the sealing structure, and high-precision sealing design has been adopted to effectively reduce the leakage of the medium and improve the safety and reliability of the valve. This is especially important for industries such as oil and natural gas that have extremely high requirements for sealing.
3. Process innovation
Molding process: In the production process of fluorine-lined stop valves, advanced molding processes such as compression molding are used. This process method has low investment and good economic benefits. It can melt and flow fluorine plastics under heating and pressure to fill the entire cavity, thereby obtaining fluorine-lined valves with excellent performance.
Mold making: Innovations have also been made in mold making. Through the application of precision mold processing and super-large shell molding equipment, a series of problems such as pretreatment and demolding of fluorine-lined plastics have been solved, ensuring the quality and precision of the product.
4. Performance improvement
Adjustment accuracy: Fluorine-lined stop valves have excellent adjustment accuracy and can achieve accurate flow adjustment according to process requirements, improving production efficiency and product quality. In fine chemical production, there are strict requirements for small changes in flow, and fluorine-lined stop valves can respond accurately to meet the high standards of production processes.
Extended service life: Through material innovation and structural optimization, the service life of fluorine-lined stop valves has been significantly extended. Its inner lining is not easy to damage, and the steel skeleton is also effectively protected, thereby improving the overall durability of the valve.
5. Environmental protection and energy saving
Environmentally friendly materials: Fluoroplastic is an environmentally friendly material, and its use meets the environmental protection requirements of modern industry. Fluorine-lined stop valves do not produce harmful substances during production and use, and do not pollute the environment.
Energy saving effect: Since fluorine-lined stop valves have excellent sealing performance and adjustment accuracy, they can reduce medium leakage and energy waste, thereby achieving energy saving effects.
In summary, fluorine-lined stop valves have been innovated in materials, structures, processes, performance and environmental protection, making them widely used and recognized in the field of industrial automation control and the chemical industry.
