Ball valve — The valve stem drives the closure member (ball). The ball rotates around the valve axis, and turns 90° to open and close. This valve has no installation direction requirement. It realizes quick opening and closing with good sealing performance. It is suitable for occasions requiring frequent operation and zero leakage. Ball valves are generally not used for flow regulation.Ball valves can be classified into metal seated(hard-seated) and soft-seated types according to sealing materials.By connection types,they are categorized as  flanged connection,threaded connection,welded connection,wafer connection and clamp connection.

Gate valve—The gate plate serves as the closure member. It moves vertically along the seat axis to complete opening and closing action. Gate valves have obvious advantages. They feature smooth flow passage, low fluid resistance and small operating torque. They also have disadvantages. Their sealing surfaces are easy to scratch, and the opening and closing time is long. This valve has no installation direction requirement. Gate valves are generally not used for flow regulation and throttling.Gate valves are divided into rising stem  gate valves and non-rising stem gate valves according to the movement mode of the valve stem.The sealing surface of hard-seated gate valve can adopt Cr13 stainless steel and hard alloy.

Globe valve—The valve disc acts as the closure member. It moves along the valve seat axis to complete opening and closing operation. Globe valves are mainly used to cut off fluid. They can also regulate flow in occasions with low regulation requirements. Pay attention to installation direction. (Arrow marks are given on the valve body). Globe valves belong to forced sealing valves. Operators shall apply pressure on the valve disc while closing the valve. This can tightly prevent leakage on sealing surfaces.The sealing surface of globe valves is available in soft seal and hard seal(body integral sealing or hard alloy surfacing welding).

Check valve—Check valves can prevent fluid backflow automatically. It is also known as non-return valve. Usually, fluid pressure opens the valve disc. Fluid flows from the inlet side to the outlet side. When the inlet pressure is lower than the outlet pressure, the valve disc closes the passage automatically by fluid pressure and its own weight. It stops the reverse flow of fluid. You need to notice the installation direction.( Arrow marks are printed on the valve body).

Strainers are used to filter impurities contained in the medium in pipelines. It is specially applied for impurity filtration in urban water supply and heating systems. The installation shall follow the arrow direction on the valve body, and the filter screen shall face downward so as to remove impurities conveniently.

Butterfly valve takes disc as its closure member, the disc rotates around the valve shaft to realize opening and closing, and it is mainly used for cutting off and throttling fluid in pipelines. The closure member of a butterfly valve is a circular disc, which rotates around its own axis inside the valve body to achieve opening, closing and regulation. The rotation angle of a butterfly valve from fully open to fully close is generally less than 90 degrees. The disc and valve stem have no self-locking capacity, so a worm gear or handle needs to be installed on the valve stem for disc positioning.

No air compressor, air piping, or filter regulator is required. Simply connect the power supply for immediate operation. The electric actuator delivers stable torque and provides precise positioning at any valve opening from 0% to 100%, ensuring excellent linear control for accurate flow and pressure regulation.

Air source actuated with fast opening & closing response. Equipped with solenoid valves, limit switches, and positioners, it can connect to PLC and DCS industrial control systems to realize proportional regulation, remote signal feedback, and interlock cut-off.

Flanges (also known as flange plates) serve as the pivotal connecting components between pipes and valves, as well as between sections of piping. Characterized by their standardized structure and robust sealing capabilities, they are widely utilized across the full spectrum of pipeline systems—encompassing civil, industrial, petrochemical, and municipal applications. Acting as a connecting "bridge," flanges are secured via bolted connections to ensure pipeline sealing and pressure containment. Adaptable to diverse operating conditions involving varying pressures, temperatures, and media, they offer flexible compatibility with a wide array of valves—including flanged butterfly valves, ball valves, and check valves. Furthermore, they boast the advantages of easy installation, flexible disassembly, and high interchangeability, making them fundamental components for ensuring the safety and efficient transmission of pipeline systems. Their materials, sealing surfaces, and specifications strictly adhere to both national and international standards, allowing for precise selection based on specific operating requirements to achieve an optimal balance between reliability and cost-effectiveness.