CSW701 Small-size Bellows-sealed Single-seat Control Valve
The upper valve cover of the CSW701 small-size corrugated pipe sealed single-seat control valve adopts a corrugated pipe sealing structure, which can completely eliminate the possibility of medium leakage from the valve stem's movement gap. Therefore, it is widely used in automatic control systems for highly toxic, highly corrosive, radioactive, and rare and precious media. The valve body has an S-shaped streamlined channel, with low pressure drop loss, large flow rate, wide adjustable range, and high flow characteristic accuracy.
CW701 Bellows-sealed Single-seat Control Valve
The CW701 Bellows-sealed Single-seat Control Valve is a type of top-guided structure regulating valve. The upper valve cover adopts a bellows-sealing structure, which can completely eliminate the possibility of medium leakage from the valve stem's movement gap. Therefore, it is widely used in automatic control systems for highly toxic, highly corrosive, radioactive and rare precious media. The valve body structure is compact, the fluid channel is in an S-flow line shape, the pressure drop loss is small, the flow rate is large, and the adjustable range is wide.
CW702 Bellows-sealed Cage-guided Control Valve
The CW702 Bellows-sealed Cage-guided Control Valve is a pressure-balancing type regulating valve. The upper valve cover adopts a bellows-sealing structure, which can completely eliminate the possibility of medium leakage from the valve stem's movement gap. Therefore, it is widely used in automatic control systems for highly toxic, highly corrosive, radioactive and rare precious media. The valve body flow channel is in an S-flow line shape, with low pressure drop loss, large flow rate and wide adjustable range.
CLW702 Low-leakage Bellows-sealed Cage-guided Control Valve
The CLW702 Low-leakage Bellows-sealed Cage-guided Control Valve is a pressure-balancing type control valve. The valve core adopts a pressure-balancing structure and uses a smaller actuator force to control the high-pressure difference. There is a sealing ring between the valve core and the valve cage, which reduces the leakage. The upper valve cover adopts a bellows-sealed structure, which can completely eliminate the possibility of medium leakage from the valve stem movement gap. Therefore, it is widely used in automatic control systems for highly toxic, highly corrosive, radioactive, and rare and valuable media. The fluid passage of the valve body is in an S-flow pattern. Its advantages are small pressure drop loss, large allowable flow capacity, large adjustable ratio, and high flow characteristic accuracy.
CW700 Series Bellows Seal Control Valves are divided into three major series: CSW701/CW701/CW702/CLW702 type bellows-sealed single-seat regulating valves and bellows-sealed cage-type regulating valves, as well as low-leakage bellows-sealed cage-type regulating valves. The bellows-sealed single-seat regulating valve is a regulating valve with top guide structure. The bellows-sealed cage-type regulating valve is a regulating valve with pressure balance. The valve body has an S-flow channel type passage, with small pressure drop loss, large flow rate, wide adjustable range and high flow characteristic accuracy. The low-leakage bellows-sealed cage-type regulating valve not only has the advantages of cage-type regulating valves, but also has a sealing ring between the valve core and the valve cage, reducing the leakage. The full series of upper valve covers adopt bellows-sealed structure, which can completely eliminate the possibility of medium leakage from the valve stem movement gap to the outside. When equipped with the RSMF series actuators, it has a compact structure, large output force and long service life. Therefore, it is widely used in automatic control systems of highly toxic, strongly corrosive, radioactive and rare and precious media. *CSW701Bellows Seal small-Port single-seat control valve *CW701 Bellows Seal single-seat control valve *CW702 Bellows Seal caged globe control valve *CLW702 Bellows Seal Low-leakage bellows caged globe control valve
● The core feature is to utilize the bellows as the dynamic sealing element, replacing the traditional packing seal.
● It adopts a leak-free design. The bellows completely isolates the valve stem from the medium, effectively preventing the medium from leaking out through the outer surface of the valve stem.
● It has strong pressure resistance. The metal bellows can withstand high pressure and has stable sealing performance.
● There is no friction from packing materials, and the movement resistance of the valve stem is small, improving the adjustment accuracy and response speed.
● It avoids the valve stem getting stuck due to particles invading or hardening as in the traditional packing seal, reducing the risk of jamming.
◎ Material: WCB、CF8、CF8M、CF3、CF3M
◎ Nominal Size: DN15~DN300
◎ Nominal Pressure: PN16、PN25、PN40、PN63、PN100、CL150、CL300、CL600
◎ Applicable Temperature: Normal Temperature Type P: -17℃ to +230℃
High Temperature Type EI: +230℃ to +350℃
Low Temperature Type LE-I: -45℃ to -17℃
◎ Operator: pneumatic, electric, etc.
◎ Application Range: Suitable for automatic control systems in industries such as petroleum, chemical engineering, metallurgy, etc., for highly toxic, strongly corrosive, radioactive and rare precious media.
Side Entry Cryogenic Trunnion Mounted Ball Valve and extended valve cap ball valves will bring you huge profits in the field of low-temperature LNG services. Use temperature range-196°C~+150°C, with an extended valve cover design.
The Non-Rising Stem Gate Valve is also called the rotating stem gate valve. Stem and nut are arranged on the gate plate, handwheel rotation drive valve stem rotate to lift the gate, usually there is a trapezoidal thread at the bottom of the valve stem and the rotation movement is turned into a linear motion through the limit slot between the valve stem and the gate body and the gate body and the gate, that is, the operation torque is turned into operation thrust. When the valve is turned on, when the height of the gate is equal to the diameter of the valve 1: 1: 1, the channel of the fluid is completely unblocked, but at the run, this position cannot be monitored. In actual use, the vertex of the valve stem is used as a sign, that is, the position that is unmoved as its full opening position. The non-rising stem gate valve has the design characteristics of the ordinary wedge-type gate valve. The valve body has a guide mechanism, which can prevent the gate from rotating when the gate is turned on or closed, ensuring that the seal of the gate on the valve seat is accurate accordingly. At the same time, the wedge valve does not rub with the valve seat before turning off, thereby reducing the wear of the cover and effectively extending the service life of the valve.
The Throttle Stop Valve is mainly composed of valve body, valve cover, valve flap, and valve stem. The handwheel applies a certain torque at the upper end of the valve stem. The valve stem is passed to the valve petals to move it up and down along the valve stem axis to realize the full-opening, full-closed movements and regulating traffic functions. The force applied by the hand wheel can be obsessed with the valve seat to reach the sealing state; Location, change the cross-sectional area between the valve petals and the cover of the valve seat, and achieve the purpose of regulating media flow. At the same time, the throttle stop valve does not rub with the valve seat before turning off, thereby reducing the wear of the cover and effectively extending the life of the valve.