The Cryogenic Globe Valve is equipped with a forged valve body and precisely ground sealing surfaces, ensuring zero leakage performance even at -196℃ conditions; the valve stem is surface hardened and is paired with self-lubricating bearings to achieve smooth operation in low-temperature environments; the vacuum insulated valve cover is designed to effectively prevent external frosting; a bellows sealing option is provided to meet the requirements of absolute sealing; it complies with international standards such as BS6364 and is suitable for key sections such as LNG refueling and air separation units.
◎ Material: Stainless Steel, Alloy Steel
◎ Nominal Size: NPS 1/2"~24",DN15~600 Pressure Rate: Class 150~2500,PN 10~420 Temperature Range:-196℃~+150℃
◎ Operator: Manual, Pneumatic, Electric,etc...
◎ Features Description: bolted bonnet, extended bonnet design, back seat design, low emission packing, hardface metal seat.
◎ Application range: LNG, LPG, LNG low temperature conditions and long-distance pipelines such as oil, gas, and natural gas.
C700 Single Seated Control Valves are a top-guided single-seat valve. This series of products has absorbed the advantages of similar products at home and abroad and has been improved and innovated. In terms of design, process, and assembly, it has reached the advanced level of similar products domestically and internationally. It has a compact structure, small volume, smooth flow channel, and the fluid passage is in an S-shaped streamline. The flow characteristic curve has high precision, is stable and reliable, and is easy to maintain.
The axial-flow check valve has a unique axial flow design, and its spool is aligned with the flow direction, significantly reducing the resistance loss when the fluid passes through. The spool is driven by spring or fluid pressure for quick opening and closing. When the fluid is flowing forward, the spool is pushed open and the fluid passes smoothly. When the fluid flows in reverse, the spool is quickly closed, effectively preventing backflow, and ensuring the stability and safety of the system operation.
RAYS C-type ball valve adopts a double eccentric design: the rotational center (axis) of the C-ball is offset from both the geometric center (sphere) of the C-ball sealing surface and the sealing center of the seat. This double eccentric design results in a dual-vector cam motion involving both rotation and translation of the C-ball, facilitated by the stem being offset in two planes. When the valve is closed, the C-ball and the seat interact to create a cam-action wedge tightness, achieving a torque seal. The torque required for sealing is provided by a handle, gear, or actuator, ensuring a tight shut-off that is mechanically independent of springs or process pressure