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High-temperature and high-pressure steam safety valve is a safety valve specially designed to withstand high temperature and high pressure environments. Based on the traditional spring-type safety valve, this safety valve achieves stable operation in steam media with a temperature above 300°C by adding a radiator and high-temperature material configuration. This product is designed to effectively control system pressure and prevent safety hazards caused by overpressure. It is an indispensable and important component in industrial applications.
Main material | Sealing surface material | Temperature range | Pressure range | Caliber range | Applicable standards | Connection standard | Driving mode | Applicable medium |
WCB\CF8\CF8M | PTFE\13Cr\STL | -29~425℃ | PN6~420 Clsaa150~2500 | DN25~600 NPS1~24 | GB/T12241 GB/T12221 ASME B16.10 | ASME B16.5 GB/T9113 ASME B16.25 GB/T12224 | automatic | Water, steam, oil, etc |
1. Safety Protection: This safety valve effectively monitors system pressure. When the pressure exceeds the set value, the valve opens quickly to release excess pressure, thereby protecting the safety of equipment and personnel.
2. High-temperature adaptability: With the improved heat dissipation design, the safety valve can work stably in a high-temperature environment, ensuring reliable pressure release under extreme conditions.
3. Flexibility Inspection: Equipped with a lifting wrench, the flexibility of the valve opening can be regularly inspected to ensure that the performance of the safety valve remains in the best condition.
4. High-efficiency displacement: The full-opening structure design makes the discharge flow large, provides a strong guarantee for high-flow rate release, and adapts to the needs of large-capacity fluid systems.
1. Full-open structure: This structure not only improves the flow efficiency of the safety valve, but also can quickly release pressure and reduce system risks.
2. Recoil disc design: The valve disc is equipped with a recoil disc component, which enhances the sealing and wear resistance of the valve and prolongs its service life.
3. High-quality materials: Made of high-strength spring steel, it ensures the durability and stability of the spring and improves the reliability of the valve.
4. Easy to maintain: The flat disc and seat design make it easy to maintain and reprocess when a failure occurs, reducing the maintenance cost.
5. Small pressure deviation: The set pressure deviation is small, which can reach ±3%, ensuring the accuracy of the valve in pressure control.
6. Opening design: The valve cover is an open design, which is suitable for medium with higher temperature to achieve effective heat dissipation.
1. Power industry: It is widely used in high-temperature operating occasions such as steam boilers and steam pipelines in power plants to ensure the safety and efficient operation of equipment.
2. Petrochemical: In petroleum and chemical production, as a key safety component, it prevents accidents caused by excessive pressure.
3. Food and Pharmaceutical: In the pharmaceutical and food processing process, it ensures the safe operation of product processing equipment at high temperatures.
4. Metallurgical Industry: Used for safety protection in metal smelting and processing to prevent equipment abnormalities from causing dangers.
1. Installation Steps:
- Confirm that the rated pressure of the safety valve is consistent with the ambient pressure.
- Clean the valve installation position to ensure that there is no debris affecting the sealing.
- Connect the safety valve to the pipeline to ensure that it is tightened in place.
- Check the interface seal to prevent leakage.
2. Maintenance Steps:
- Regularly check the appearance of the safety valve and pay attention to wear and corrosion.
- Regularly check and replace springs and seals.
- Ensure that cleaning and recovery operations are carried out in time when necessary to ensure the best performance of the valve.
1. How to determine whether the safety valve is working properly?
- Observe whether the valve can open and close quickly at the set pressure, and check for leaks.
2. How to debug and maintain the safety valve?
- During debugging, ensure that the set pressure is correct, and regularly check the seal and spring flexibility. During maintenance, components should be disassembled and checked regularly, and replaced if necessary.
3. What is the impact of high temperature and high pressure environment on the safety valve?
- High temperature and high pressure may cause material fatigue and performance degradation, so regular inspections are required to ensure that the valve can effectively cope with extreme environments.
4. What are the media suitable for the product?
- Mainly suitable for steam, hot water and other high temperature and high pressure fluids, and specific applications need to refer to parameter adaptability.
1. User A: As an engineer, I am very satisfied with the performance of this high temperature and high pressure steam safety valve. Highly reliable, there has been no failure since it was used.
2. User B: We operate high temperature media in a chemical plant and chose this safety valve, which is very suitable! Large displacement, fast response, and high cost performance.
3. User C: The installation is very simple, the operation is flexible, and the condition is very good during regular inspections. It is a very durable product and is worth recommending.
——
WKT's high-temperature and high-pressure steam safety valve, featuring advanced design and robust functionality, ensures reliable pressure control and safety in extreme environments. Choose WKT and choose peace of mind.
High-temperature and high-pressure steam safety valve is a safety valve specially designed to withstand high temperature and high pressure environments. Based on the traditional spring-type safety valve, this safety valve achieves stable operation in steam media with a temperature above 300°C by adding a radiator and high-temperature material configuration. This product is designed to effectively control system pressure and prevent safety hazards caused by overpressure. It is an indispensable and important component in industrial applications.
Main material | Sealing surface material | Temperature range | Pressure range | Caliber range | Applicable standards | Connection standard | Driving mode | Applicable medium |
WCB\CF8\CF8M | PTFE\13Cr\STL | -29~425℃ | PN6~420 Clsaa150~2500 | DN25~600 NPS1~24 | GB/T12241 GB/T12221 ASME B16.10 | ASME B16.5 GB/T9113 ASME B16.25 GB/T12224 | automatic | Water, steam, oil, etc |
1. Safety Protection: This safety valve effectively monitors system pressure. When the pressure exceeds the set value, the valve opens quickly to release excess pressure, thereby protecting the safety of equipment and personnel.
2. High-temperature adaptability: With the improved heat dissipation design, the safety valve can work stably in a high-temperature environment, ensuring reliable pressure release under extreme conditions.
3. Flexibility Inspection: Equipped with a lifting wrench, the flexibility of the valve opening can be regularly inspected to ensure that the performance of the safety valve remains in the best condition.
4. High-efficiency displacement: The full-opening structure design makes the discharge flow large, provides a strong guarantee for high-flow rate release, and adapts to the needs of large-capacity fluid systems.
1. Full-open structure: This structure not only improves the flow efficiency of the safety valve, but also can quickly release pressure and reduce system risks.
2. Recoil disc design: The valve disc is equipped with a recoil disc component, which enhances the sealing and wear resistance of the valve and prolongs its service life.
3. High-quality materials: Made of high-strength spring steel, it ensures the durability and stability of the spring and improves the reliability of the valve.
4. Easy to maintain: The flat disc and seat design make it easy to maintain and reprocess when a failure occurs, reducing the maintenance cost.
5. Small pressure deviation: The set pressure deviation is small, which can reach ±3%, ensuring the accuracy of the valve in pressure control.
6. Opening design: The valve cover is an open design, which is suitable for medium with higher temperature to achieve effective heat dissipation.
1. Power industry: It is widely used in high-temperature operating occasions such as steam boilers and steam pipelines in power plants to ensure the safety and efficient operation of equipment.
2. Petrochemical: In petroleum and chemical production, as a key safety component, it prevents accidents caused by excessive pressure.
3. Food and Pharmaceutical: In the pharmaceutical and food processing process, it ensures the safe operation of product processing equipment at high temperatures.
4. Metallurgical Industry: Used for safety protection in metal smelting and processing to prevent equipment abnormalities from causing dangers.
1. Installation Steps:
- Confirm that the rated pressure of the safety valve is consistent with the ambient pressure.
- Clean the valve installation position to ensure that there is no debris affecting the sealing.
- Connect the safety valve to the pipeline to ensure that it is tightened in place.
- Check the interface seal to prevent leakage.
2. Maintenance Steps:
- Regularly check the appearance of the safety valve and pay attention to wear and corrosion.
- Regularly check and replace springs and seals.
- Ensure that cleaning and recovery operations are carried out in time when necessary to ensure the best performance of the valve.
1. How to determine whether the safety valve is working properly?
- Observe whether the valve can open and close quickly at the set pressure, and check for leaks.
2. How to debug and maintain the safety valve?
- During debugging, ensure that the set pressure is correct, and regularly check the seal and spring flexibility. During maintenance, components should be disassembled and checked regularly, and replaced if necessary.
3. What is the impact of high temperature and high pressure environment on the safety valve?
- High temperature and high pressure may cause material fatigue and performance degradation, so regular inspections are required to ensure that the valve can effectively cope with extreme environments.
4. What are the media suitable for the product?
- Mainly suitable for steam, hot water and other high temperature and high pressure fluids, and specific applications need to refer to parameter adaptability.
1. User A: As an engineer, I am very satisfied with the performance of this high temperature and high pressure steam safety valve. Highly reliable, there has been no failure since it was used.
2. User B: We operate high temperature media in a chemical plant and chose this safety valve, which is very suitable! Large displacement, fast response, and high cost performance.
3. User C: The installation is very simple, the operation is flexible, and the condition is very good during regular inspections. It is a very durable product and is worth recommending.
——
WKT's high-temperature and high-pressure steam safety valve, featuring advanced design and robust functionality, ensures reliable pressure control and safety in extreme environments. Choose WKT and choose peace of mind.
