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WKT's rising stem ball valve is a high-performance product specially designed for the oil and gas industry. The valve adopts an advanced push-pull stem design, which can minimize the friction between the valve stem and the valve body, significantly reducing wear. The rising stem ball valve not only has high durability and fire resistance but also complies with NACE standards and API Spec 607 fire test certification, fully ensuring the safety and reliability of operation.
1. Friction-free opening and closing: The mechanical cam design ensures friction-free opening and closing processes of the valve, extending the service life of the valve.
2. Injectable packing: The packing live-load design makes the valve stem seal safer and can effectively prevent leakage.
3. Single-seat design: This structural design simplifies the maintenance and operation of the valve and improves construction efficiency.
4. Long life: Use an all-metal sealing ring made of carbide material to ensure the durability of the valve under high temperature and high pressure.
5. Double stem guide: Enhances the stability of the valve stem and ensures precise operation of the valve.
6. Wear-resistant hard surface: The valve seat is designed with a wear-resistant hard surface to effectively reduce wear and improve sealing performance.
7. Optimum flow: Well-designed fluid channels ensure unobstructed fluid flow and improve the efficiency of the entire system.
8. Low-emission design: Reduces the risk of leakage and helps companies comply with environmental regulations in terms of environmental protection.
The rising stem ball valve not only improves the efficiency of industrial fluid control but also creates value for users in many aspects:
1. Improve safety: The design complies with international standards and certifications to ensure that risks are reduced as much as possible during operation and the safety of workers and equipment is protected.
2. Cost savings: Due to its durability, it reduces the need for frequent replacement of equipment, thereby effectively saving maintenance and replacement costs.
3. Environmental protection: Low-emission design and leak-avoiding structure improve environmental impact and help companies comply with government regulations.
4. Easy to operate: Through the carefully designed mechanism, users can easily operate and maintain, improving work efficiency.
WKT's rising stem ball valves are widely used in many fields, especially in the following industries:
- Oil and gas: In the process of oil and gas extraction, transportation and storage, rising stem ball valves can effectively control fluid flow.
- Chemical industry: Flow management of various chemical substances to ensure safe and stable flow of fluids.
- Water treatment: Adjust water flow in water treatment facilities to effectively control water resources.
- Electric power industry: Plays an important role in the cooling water and steam systems of thermal power plants.
To ensure proper operation and maintenance of the rising stem ball valve, the following are simple guiding steps:
1. Open and close the valve: Use the accompanying remote control or manual operating mechanism to slowly push the valve to the open or closed position.
2. Regular inspection: It is recommended to inspect the valve stem and valve seat every quarter to ensure that there is no wear and corrosion.
3. Lubrication maintenance: According to the frequency of use of the valve, regularly inject an appropriate amount of lubricating oil to extend its service life.
4. Tightening inspection: Ensure that all connecting bolts are properly tightened to prevent leakage.
5. Regular cleaning: Keeping the valve and its surrounding working environment clean helps prevent failures caused by external contaminants.
1. How much pressure can the rising stem ball valve withstand?
Our rising stem ball valves are designed to withstand high-pressure environments, the specific pressure rating depends on the model, detailed information can be found in the product manual.
2. How to judge whether the rising stem ball valve is leaking?
Regularly check if there is any leakage of liquid around the valve stem or if there are any abnormal sounds when the valve is opened.
3. Can rising stem ball valve be used for high-temperature fluids?
Our rising stem ball valves are made of high-temperature resistant materials and are suitable for use with high- temperature fluids, but the temperature range of the specific application needs to be confirmed.
4. Is periodic maintenance required?
Yes, to ensure optimal performance and safety of the valve, we recommend regular maintenance and inspections.
"WKT's rising stem ball valve has performed well in our oil drilling projects. Its frictionless design and high wear resistance have helped us significantly reduce maintenance costs." — Engineer Li.
"As a plant manager, I am very satisfied with the performance of this valve. It helps us meet environmental standards and fluid control is more efficient." — Manager Wang.
——
WKT's rising stem ball valve adopts an advanced push-pull valve stem design, which can minimize the friction between the valve stem and the valve body and significantly reduce the degree of wear. It can not only improve production efficiency but also ensure the safety of operation, meets environmental protection requirements and is an ideal choice for various industrial applications. Contact us for more product details.
WKT's rising stem ball valve is a high-performance product specially designed for the oil and gas industry. The valve adopts an advanced push-pull stem design, which can minimize the friction between the valve stem and the valve body, significantly reducing wear. The rising stem ball valve not only has high durability and fire resistance but also complies with NACE standards and API Spec 607 fire test certification, fully ensuring the safety and reliability of operation.
1. Friction-free opening and closing: The mechanical cam design ensures friction-free opening and closing processes of the valve, extending the service life of the valve.
2. Injectable packing: The packing live-load design makes the valve stem seal safer and can effectively prevent leakage.
3. Single-seat design: This structural design simplifies the maintenance and operation of the valve and improves construction efficiency.
4. Long life: Use an all-metal sealing ring made of carbide material to ensure the durability of the valve under high temperature and high pressure.
5. Double stem guide: Enhances the stability of the valve stem and ensures precise operation of the valve.
6. Wear-resistant hard surface: The valve seat is designed with a wear-resistant hard surface to effectively reduce wear and improve sealing performance.
7. Optimum flow: Well-designed fluid channels ensure unobstructed fluid flow and improve the efficiency of the entire system.
8. Low-emission design: Reduces the risk of leakage and helps companies comply with environmental regulations in terms of environmental protection.
The rising stem ball valve not only improves the efficiency of industrial fluid control but also creates value for users in many aspects:
1. Improve safety: The design complies with international standards and certifications to ensure that risks are reduced as much as possible during operation and the safety of workers and equipment is protected.
2. Cost savings: Due to its durability, it reduces the need for frequent replacement of equipment, thereby effectively saving maintenance and replacement costs.
3. Environmental protection: Low-emission design and leak-avoiding structure improve environmental impact and help companies comply with government regulations.
4. Easy to operate: Through the carefully designed mechanism, users can easily operate and maintain, improving work efficiency.
WKT's rising stem ball valves are widely used in many fields, especially in the following industries:
- Oil and gas: In the process of oil and gas extraction, transportation and storage, rising stem ball valves can effectively control fluid flow.
- Chemical industry: Flow management of various chemical substances to ensure safe and stable flow of fluids.
- Water treatment: Adjust water flow in water treatment facilities to effectively control water resources.
- Electric power industry: Plays an important role in the cooling water and steam systems of thermal power plants.
To ensure proper operation and maintenance of the rising stem ball valve, the following are simple guiding steps:
1. Open and close the valve: Use the accompanying remote control or manual operating mechanism to slowly push the valve to the open or closed position.
2. Regular inspection: It is recommended to inspect the valve stem and valve seat every quarter to ensure that there is no wear and corrosion.
3. Lubrication maintenance: According to the frequency of use of the valve, regularly inject an appropriate amount of lubricating oil to extend its service life.
4. Tightening inspection: Ensure that all connecting bolts are properly tightened to prevent leakage.
5. Regular cleaning: Keeping the valve and its surrounding working environment clean helps prevent failures caused by external contaminants.
1. How much pressure can the rising stem ball valve withstand?
Our rising stem ball valves are designed to withstand high-pressure environments, the specific pressure rating depends on the model, detailed information can be found in the product manual.
2. How to judge whether the rising stem ball valve is leaking?
Regularly check if there is any leakage of liquid around the valve stem or if there are any abnormal sounds when the valve is opened.
3. Can rising stem ball valve be used for high-temperature fluids?
Our rising stem ball valves are made of high-temperature resistant materials and are suitable for use with high- temperature fluids, but the temperature range of the specific application needs to be confirmed.
4. Is periodic maintenance required?
Yes, to ensure optimal performance and safety of the valve, we recommend regular maintenance and inspections.
"WKT's rising stem ball valve has performed well in our oil drilling projects. Its frictionless design and high wear resistance have helped us significantly reduce maintenance costs." — Engineer Li.
"As a plant manager, I am very satisfied with the performance of this valve. It helps us meet environmental standards and fluid control is more efficient." — Manager Wang.
——
WKT's rising stem ball valve adopts an advanced push-pull valve stem design, which can minimize the friction between the valve stem and the valve body and significantly reduce the degree of wear. It can not only improve production efficiency but also ensure the safety of operation, meets environmental protection requirements and is an ideal choice for various industrial applications. Contact us for more product details.
