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Ball Valve
J-VALVES
CL150LB Forged Steel A105N Flange Ends Floating Ball Valve
Design Features
Material: The valve body and valve cover are made of ASTM A105N carbon steel, which is suitable for medium and high-pressure environments.
Connection Method: Flange connection, which complies with the ASME B16.5 standard, ensuring a reliable connection between the valve and the piping system.
Operation Mode: Manually operated and equipped with a handwheel, it is suitable for on-site manual control.
Floating Ball Design: The ball can float freely under the action of fluid pressure, ensuring sealing performance and reducing operating torque at the same time.
Anti-static Device: Equipped with an anti-static device to prevent electrostatic accumulation, it is suitable for flammable and explosive media.
Anti-blowout Stem: The stem design complies with the API 607 standard, and can prevent the stem from being blown out even under high-pressure conditions.
Fireproof Design: It complies with the API 607 fire safety standard, ensuring the sealing performance of the valve under fire conditions.
Sealing Materials: The valve seat uses high-performance sealing materials such as RPTFE and PTFE, which are suitable for a variety of media and temperature ranges.
Technical Parameters
Nominal Diameter: 1/4" ~ 12" (DN6 ~ DN300)
Pressure Rating: 150LB ~ 2500LB (PN20 ~ PN420)
Applicable Media: Water, natural gas, petroleum, steam, etc.
Applicable Temperature: -29℃ ~ 200℃
Valve Body Material: ASTM A105N
Valve Disc Material: ASTM A105N or stainless steel
Stem Material: 304L stainless steel
Sealing Materials: RPTFE, PTFE, PEEK, etc.
Connection Method: Flange connection (RF)
Operation Method: Manual
Design Standards: API 608, ASME B16.34
Testing Standards: API 598
Application Fields
Petroleum and Natural Gas Industry: Used in the transportation, storage, and processing systems of petroleum and natural gas.
Chemical Industry: Used to control the flow of corrosive media.
Water Treatment Industry: Used in the water transportation and treatment systems.
Energy Industry: Used in the cooling water systems and steam systems of power plants.
CL150LB Forged Steel A105N Flange Ends Floating Ball Valve
Design Features
Material: The valve body and valve cover are made of ASTM A105N carbon steel, which is suitable for medium and high-pressure environments.
Connection Method: Flange connection, which complies with the ASME B16.5 standard, ensuring a reliable connection between the valve and the piping system.
Operation Mode: Manually operated and equipped with a handwheel, it is suitable for on-site manual control.
Floating Ball Design: The ball can float freely under the action of fluid pressure, ensuring sealing performance and reducing operating torque at the same time.
Anti-static Device: Equipped with an anti-static device to prevent electrostatic accumulation, it is suitable for flammable and explosive media.
Anti-blowout Stem: The stem design complies with the API 607 standard, and can prevent the stem from being blown out even under high-pressure conditions.
Fireproof Design: It complies with the API 607 fire safety standard, ensuring the sealing performance of the valve under fire conditions.
Sealing Materials: The valve seat uses high-performance sealing materials such as RPTFE and PTFE, which are suitable for a variety of media and temperature ranges.
Technical Parameters
Nominal Diameter: 1/4" ~ 12" (DN6 ~ DN300)
Pressure Rating: 150LB ~ 2500LB (PN20 ~ PN420)
Applicable Media: Water, natural gas, petroleum, steam, etc.
Applicable Temperature: -29℃ ~ 200℃
Valve Body Material: ASTM A105N
Valve Disc Material: ASTM A105N or stainless steel
Stem Material: 304L stainless steel
Sealing Materials: RPTFE, PTFE, PEEK, etc.
Connection Method: Flange connection (RF)
Operation Method: Manual
Design Standards: API 608, ASME B16.34
Testing Standards: API 598
Application Fields
Petroleum and Natural Gas Industry: Used in the transportation, storage, and processing systems of petroleum and natural gas.
Chemical Industry: Used to control the flow of corrosive media.
Water Treatment Industry: Used in the water transportation and treatment systems.
Energy Industry: Used in the cooling water systems and steam systems of power plants.
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