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WKT's straight-pattern globe valve is made of high-quality metal materials and is designed for efficient flow regulation. The straight-pattern globe valve achieves reliable flow control through excellent sealing between the valve disc and the valve seat, ensuring stable operation under high-pressure conditions. Straight-pattern globe valve is one of the important pieces of equipment in thermal power plants, mineral production facilities, and photochemical plants, and can withstand up to rated pressure without leakage or rupture. WKT is committed to successfully providing customers with a variety of straight-pattern globe valve options to adapt to the needs of different applications, and through a professional team of engineers and qualified production personnel, ensure that each valve component maintains optimal performance.
1. Effective flow regulation: The design of the straight-pattern globe valve enables it to perform well in regulating flow, can adapt to changes in the flow direction, and possesses both opening and closing precision.
2. More disk shapes: It offers four disc shapes: conical, needle, spherical, and parabolic. It responds to the needs of various industries in flow control with considerable flexibility.
3. Reliable sealing performance: Using structure design with precision and quality valve seat packing, the straight-pattern globe valves can continue to meet ISO 15848 Fe-level A-level sealing test standards for leakproof.
4. Compliance with international standardization: All straight-pattern globe valves are according to API 600 standards and, if necessary, the customer's particular requirement can be satisfied so as to ensure meeting industry needs.
5. Safety and reliability structure: The rising stem structure makes the switch position of the straight-pattern globe valve clearly visible, and users can judge the status of the straight-pattern globe valve from a distance to improve work efficiency.
6. Short stroke design: Appropriate use at places of highly frequent opening and closing can reduce manual operation fatigue and optimize operational experience.
1. Improve operating efficiency: The straight-pattern globe valve provides a highly effective and accurate flow regulating function that could improve comprehensive industrial operating efficiency as a whole and reduce energy waste effectively.
2. Reduce maintenance costs: Through high-quality materials and design, the service life of the straight-pattern globe valve is extended, maintenance requirements are reduced, and long-term operating cost savings are brought to users.
3. Enhanced safety: Qualified sealing performance and design according to strict standards can ensure safe use under conditions of high pressure and temperature, with minimal leakage or accidents likely.
4. Suitable for many different uses: WKT’s straight-pattern globe valves can fulfill a wide variety of market requirements, from thermal power, and the production of minerals, to petrochemical industries. The straight-pattern globe valves will represent an energetic adaptability in the market.
- Thermal power plant: In thermal power generation, regulate the flow of steam and water in such a way that the system works stably and generates electricity efficiently.
- Mineral production plants: Regulation of fluids in mineral treatment processes is key to ensuring product quality and guaranteeing equipment safety.
- Photochemical plants: The improved control over the flow of chemicals in the processes of chemical reactions will contribute to operational safety and efficiency.
- Oil and gas: This would be applied to the systems of pipelines transporting oil and gas with the view of optimizing the regulation of fluid flow. Such improvements would add to the safety and stability of the system in concern.
- Manufacturing industries: A number of modern industrial manufacturing processes do require fluid flow control for which the purpose would be to ensure accuracy and efficiency throughout the manufacturing process.
1. Confirm the valve model and applicability: Select the straight-pattern globe valve model that is compatible with the pipeline system and fluid type.
2. Clean the connection surface: Ensure the cleanliness of the straight-pattern globe valve connection surface and pipeline interface to prevent foreign matter from affecting the sealing effect.
3. Install the valve: Install the straight-pattern globe valve into the pipeline to ensure that the connection is tight and that the threaded valve seat or welded valve seat is connected securely.
4. Tighten the connection bolts evenly: After confirming that the straight-pattern globe valve is fixed, tighten the connection bolts evenly to ensure that the valve is stable and leak-free.
5. Check the switch status: Before formal operation, manually switch the straight-pattern globe valve to ensure that it opens and closes smoothly and judge the valve position.
6. Put into use: In addition to basic inspections, ensure that the operation meets safety standards before it can be officially put into operation.
Q1: What fluids are suitable for straight-pattern globe valves?
Straight-pattern globe valves are suitable for a variety of liquids and gases, including water, steam, oil, and chemicals, but please ensure that the selected materials are compatible with the fluid.
Q2: How long is the service life of the straight-pattern globe valve?
Under normal use conditions, WKT straight-pattern globe valves are expected to be used for many years, depending on the environment and frequency of use.
Q3: How to perform regular maintenance?
It is recommended to regularly check the straight-pattern globe valve sealing performance, and switching flexibility, and clean the valve surface to maintain good operating conditions.
"WKT's straight-pattern globe valves have performed well in our thermal power plant, with satisfactory sealing and stability, which has greatly improved our operating efficiency." - Manager Wang, Director of Thermal Power Plant.
"These valves are indeed designed with high-pressure conditions in mind, and there has been no risk of leakage since they were used." - Engineer Li, Mineral Production Company.
——
WKT's straight-pattern globe valves achieve reliable flow control through excellent sealing between the valve disc and the valve seat, ensuring stable operation even under high-pressure conditions. For more product details, please contact us.
WKT's straight-pattern globe valve is made of high-quality metal materials and is designed for efficient flow regulation. The straight-pattern globe valve achieves reliable flow control through excellent sealing between the valve disc and the valve seat, ensuring stable operation under high-pressure conditions. Straight-pattern globe valve is one of the important pieces of equipment in thermal power plants, mineral production facilities, and photochemical plants, and can withstand up to rated pressure without leakage or rupture. WKT is committed to successfully providing customers with a variety of straight-pattern globe valve options to adapt to the needs of different applications, and through a professional team of engineers and qualified production personnel, ensure that each valve component maintains optimal performance.
1. Effective flow regulation: The design of the straight-pattern globe valve enables it to perform well in regulating flow, can adapt to changes in the flow direction, and possesses both opening and closing precision.
2. More disk shapes: It offers four disc shapes: conical, needle, spherical, and parabolic. It responds to the needs of various industries in flow control with considerable flexibility.
3. Reliable sealing performance: Using structure design with precision and quality valve seat packing, the straight-pattern globe valves can continue to meet ISO 15848 Fe-level A-level sealing test standards for leakproof.
4. Compliance with international standardization: All straight-pattern globe valves are according to API 600 standards and, if necessary, the customer's particular requirement can be satisfied so as to ensure meeting industry needs.
5. Safety and reliability structure: The rising stem structure makes the switch position of the straight-pattern globe valve clearly visible, and users can judge the status of the straight-pattern globe valve from a distance to improve work efficiency.
6. Short stroke design: Appropriate use at places of highly frequent opening and closing can reduce manual operation fatigue and optimize operational experience.
1. Improve operating efficiency: The straight-pattern globe valve provides a highly effective and accurate flow regulating function that could improve comprehensive industrial operating efficiency as a whole and reduce energy waste effectively.
2. Reduce maintenance costs: Through high-quality materials and design, the service life of the straight-pattern globe valve is extended, maintenance requirements are reduced, and long-term operating cost savings are brought to users.
3. Enhanced safety: Qualified sealing performance and design according to strict standards can ensure safe use under conditions of high pressure and temperature, with minimal leakage or accidents likely.
4. Suitable for many different uses: WKT’s straight-pattern globe valves can fulfill a wide variety of market requirements, from thermal power, and the production of minerals, to petrochemical industries. The straight-pattern globe valves will represent an energetic adaptability in the market.
- Thermal power plant: In thermal power generation, regulate the flow of steam and water in such a way that the system works stably and generates electricity efficiently.
- Mineral production plants: Regulation of fluids in mineral treatment processes is key to ensuring product quality and guaranteeing equipment safety.
- Photochemical plants: The improved control over the flow of chemicals in the processes of chemical reactions will contribute to operational safety and efficiency.
- Oil and gas: This would be applied to the systems of pipelines transporting oil and gas with the view of optimizing the regulation of fluid flow. Such improvements would add to the safety and stability of the system in concern.
- Manufacturing industries: A number of modern industrial manufacturing processes do require fluid flow control for which the purpose would be to ensure accuracy and efficiency throughout the manufacturing process.
1. Confirm the valve model and applicability: Select the straight-pattern globe valve model that is compatible with the pipeline system and fluid type.
2. Clean the connection surface: Ensure the cleanliness of the straight-pattern globe valve connection surface and pipeline interface to prevent foreign matter from affecting the sealing effect.
3. Install the valve: Install the straight-pattern globe valve into the pipeline to ensure that the connection is tight and that the threaded valve seat or welded valve seat is connected securely.
4. Tighten the connection bolts evenly: After confirming that the straight-pattern globe valve is fixed, tighten the connection bolts evenly to ensure that the valve is stable and leak-free.
5. Check the switch status: Before formal operation, manually switch the straight-pattern globe valve to ensure that it opens and closes smoothly and judge the valve position.
6. Put into use: In addition to basic inspections, ensure that the operation meets safety standards before it can be officially put into operation.
Q1: What fluids are suitable for straight-pattern globe valves?
Straight-pattern globe valves are suitable for a variety of liquids and gases, including water, steam, oil, and chemicals, but please ensure that the selected materials are compatible with the fluid.
Q2: How long is the service life of the straight-pattern globe valve?
Under normal use conditions, WKT straight-pattern globe valves are expected to be used for many years, depending on the environment and frequency of use.
Q3: How to perform regular maintenance?
It is recommended to regularly check the straight-pattern globe valve sealing performance, and switching flexibility, and clean the valve surface to maintain good operating conditions.
"WKT's straight-pattern globe valves have performed well in our thermal power plant, with satisfactory sealing and stability, which has greatly improved our operating efficiency." - Manager Wang, Director of Thermal Power Plant.
"These valves are indeed designed with high-pressure conditions in mind, and there has been no risk of leakage since they were used." - Engineer Li, Mineral Production Company.
——
WKT's straight-pattern globe valves achieve reliable flow control through excellent sealing between the valve disc and the valve seat, ensuring stable operation even under high-pressure conditions. For more product details, please contact us.
Size Range | Body Materials |
1/2″-24″(15mm-600mm) | Carbon Steel,Stainless Steel,Nickel Aluminum Bronze,alloy steel,etc |
Temperature Range | Stem Material |
-196 to 500 degree | Stainless Steel |
Pressure Ratings | Seat Materials |
Class 150 to Class 2500,PN 2.5 to PN420,10K-20K | Trim Material is Metal to Metal acc to API 600 |
Shutoff Rating | Disc Materials |
Zero Leakage | Carbon Steel,Stainless Steel,Nickel Aluminum Bronze,alloy steel,etc |
Body Style | Design Standard |
Double Flanged,Butt Weld, | ASME B16.34,BS1873,DIN3356,API 623 |
Flange Drilling | Testing Standard |
ASME B16.5, EN 1092-1,GOST 33259,ASME B16.47 | API 598,EN12266-1,ISO 5208 |
Certifications | Face to Face |
CE,EAC,SIL3,API 6FA,ISO 19001,API 600 | ASME B16.10,EN558-1 |
Fugitive Emissions | Operation |
ISO 158484-1 | Wench,Gear, Electric, Pneumatic,etc |
Applications | |
Oil and Gas Pipeline, Offshore Platforms, Onshore Terminals, LNG storage & transportation, steam distribution systems, power generation, geothermal steam, sugar & ethanol, pulp & paper liquor, refining, chemical processing, water & wastewater, air separation, cryogenic services |
Size Range | Body Materials |
1/2″-24″(15mm-600mm) | Carbon Steel,Stainless Steel,Nickel Aluminum Bronze,alloy steel,etc |
Temperature Range | Stem Material |
-196 to 500 degree | Stainless Steel |
Pressure Ratings | Seat Materials |
Class 150 to Class 2500,PN 2.5 to PN420,10K-20K | Trim Material is Metal to Metal acc to API 600 |
Shutoff Rating | Disc Materials |
Zero Leakage | Carbon Steel,Stainless Steel,Nickel Aluminum Bronze,alloy steel,etc |
Body Style | Design Standard |
Double Flanged,Butt Weld, | ASME B16.34,BS1873,DIN3356,API 623 |
Flange Drilling | Testing Standard |
ASME B16.5, EN 1092-1,GOST 33259,ASME B16.47 | API 598,EN12266-1,ISO 5208 |
Certifications | Face to Face |
CE,EAC,SIL3,API 6FA,ISO 19001,API 600 | ASME B16.10,EN558-1 |
Fugitive Emissions | Operation |
ISO 158484-1 | Wench,Gear, Electric, Pneumatic,etc |
Applications | |
Oil and Gas Pipeline, Offshore Platforms, Onshore Terminals, LNG storage & transportation, steam distribution systems, power generation, geothermal steam, sugar & ethanol, pulp & paper liquor, refining, chemical processing, water & wastewater, air separation, cryogenic services |