OverviewThe J41W Cast Steel Globe Valve is a globe valve designed and manufactured in accordance with national standards. By rotating the handwheel or actuator, it drives the stem and disc to perform a vertical lifting motion along the centerline of the seat, achieving reliable opening and closing of the medium in the pipeline. Its core design feature lies in strict adherence to national standards such as GB/T 12235. The valve body adopts an integrally cast structure with a straight-through flow path. The disc moves linearly up and down along the centerline of the fluid, offering flexible and reliable operation and excellent sealing performance. The valve's closure member is a cylindrical or plug-type disc, with sealing surfaces featuring precision-lapped flat or tapered designs. During opening and closing, the sealing surfaces have no relative sliding, resulting in minimal wear and scratching, good sealing performance, and a long service life. The seat can be designed with a replaceable structure, facilitating maintenance and allowing replacement of sealing elements without removing the entire valve from the pipeline. The valve uses a flange connection, secured by bolts to the pipeline flange, offering a compact structure and convenient installation and maintenance. Drive modes include manual, gear transmission, electric, pneumatic, and other forms, meeting the requirements of different operating conditions. This valve is suitable for pipelines with nominal pressures PN1.6~16MPa and operating temperatures -29~550℃ in various industries such as petroleum, chemical, pharmaceutical, fertilizer, and power generation. It is widely used in pipeline systems for shutting off or passing media such as water, steam, oil products, nitric acid, acetic acid, and urea.J41W Cast Steel Globe Valve Product Image

OverviewThe J41Y Forged Steel Flange Globe Valve is a shut-off valve specifically designed for general and demanding industrial applications. By rotating the handwheel, it drives the stem and disc to perform a lifting motion along the centerline of the seat, achieving the function of opening or closing the medium in the pipeline system. Its core design feature lies in adopting a compact straight-through flow path structure, ensuring smooth medium flow and minimizing flow resistance loss. Simultaneously, the valve body is formed using a forging process and manufactured from high-quality carbon steel, alloy steel, or stainless steel, ensuring excellent impact resistance and structural integrity under high-pressure conditions. Key components utilize precision machining processes and a metal-to-metal hard seal design. The sealing surfaces are precision-lapped to ensure good mating and reliable sealing performance during opening and closing. The valve uses a flange connection, securing the valve body flange to the pipeline flange with bolts and employing a gasket seal, offering convenient installation and disassembly along with reliable sealing, suitable for medium to high-pressure, general industrial pipeline systems. The valve can be operated by handwheel to lift the disc for opening and closing, featuring characteristics such as low operating torque, small lift height, and simple operation, making it suitable for applications requiring frequent operation. This valve is specifically designed for industrial fluid conveying systems handling media like water, steam, oil products, and corrosive media. It is particularly suitable for demanding applications in industries such as petroleum, chemical, power, metallurgy, pharmaceuticals, and general industries that require robust structure, reliable sealing, frequent operation, and long-term stable operation under high temperature, high pressure, or corrosive environments.J41Y Forged Steel Flange Globe Valve Product Image

OverviewJ41W brass globe valve is a universal valve with flange connection. By rotating the handwheel to drive the valve stem and disc, it can move vertically along the center line of the valve seat, achieving reliable cutoff and flow regulation of the pipeline medium. The core of its design lies in the fact that the valve body and key components are all made of high-quality brass (copper alloy) cast as a whole, with a compact structure and good corrosion resistance. The valve adopts a sealing surface (W-shaped) directly machined from the valve body, without the need for additional sealing rings, ensuring the simplicity and reliability of the structure. The valve is connected to the pipeline system through flanges at both ends and installed securely. The valve relies on a standard handwheel for manual operation, converting rotational force into linear motion of the valve stem through threaded transmission, achieving smooth opening and closing. This valve is designed specifically for working conditions such as water, oil, steam, and general corrosive media. It is suitable for building, HVAC, water supply and drainage, and general industrial pipeline systems with a nominal pressure of PN16 or below, and is widely used in applications that require good corrosion resistance and economy.Product drawing of J41W brass flange globe valve

OverviewThe J41T cast iron flanged stop valve is a valve that achieves reliable opening/closing and flow regulation of pipelines through a valve stem driving the disc to perform vertical lifting motion along the seat centerline. Its design core lies in the valve body made of high-strength gray cast iron or ductile cast iron, balancing excellent structural strength with cost efficiency. A copper alloy (copper core) is embedded in the sealing surface of the disc, forming a wear-resistant and corrosion-resistant soft sealing pair. The valve adopts a flanged connection type, securely connected to pipeline flanges via bolts, ensuring convenient installation, reliable sealing, and easy maintenance. The valve structure features a low-in, high-out flow path design, effectively reducing operating torque and enhancing shut-off tightness. The valve is operated by a handwheel driving the valve stem, converting rotational force into vertical linear motion of the disc for smooth and precise opening/closing operations. This valve is widely used in pipelines for water, steam, oil products, and general corrosive media. It is particularly suitable for applications with moderate nominal pressure ratings and high requirements for sealing performance and connection stability, such as municipal water supply, building heating, industrial circulation systems, and general chemical pipelines.J41T Cast Iron Flanged Stop Valve Product Image

OverviewThe J41F46 Lined Fluoroplastic Globe Valve is a universal valve with a full cavity fluorine lined plastic (usually FEP or similar material) anti-corrosion design and a straight through flow channel valve body. It drives the valve disc vertically up and down along the centerline of the valve seat through the valve stem, achieving reliable opening and closing of the pipeline and flow regulation. The design core of this valve lies in the fact that all surfaces in contact with the medium, such as the inner wall of the valve body, the inner cavity of the valve cover, and the valve disc, are integrally molded or sintered with a dense fluoroplastic lining layer, which enables it to withstand the corrosion of the vast majority of highly corrosive media (such as acids, alkalis, organic solvents, etc.). The valve adopts a standard straight through structure, with constant medium flow direction and low flow resistance, suitable for conventional pipeline layout with limited space, and has both shut-off and basic adjustment functions. The key components of the valve adopt a composite structure of high-strength metal shell and corrosion-resistant lining, and adopt special sealing and structural design to ensure long-term sealing and operational stability under corrosive working conditions. The valve adopts flange connection, with a nominal pressure rating of PN16, and is firmly fixed to the pipeline flange through bolts. Valves can be driven by manual devices (such as handwheels) or matching electric/pneumatic devices to convert input force into linear motion of the valve disc, achieving smooth and reliable opening, closing, and regulating control. This valve is designed specifically for conventional highly corrosive process pipeline systems in industries such as petrochemicals, pharmaceuticals, pesticides, dyes, electroplating, and environmental protection. It is suitable for standard operating conditions that require reliable cutting or simple adjustment of corrosive media, as well as compact and economical structures. Product drawing of J41F46 Lined Fluoroplastic Globe Valve

OverviewThe DSJ41H Water-sealed Vacuum Stop Valve is a special valve with a self sealing water seal structure, which drives the valve disc to move vertically along the center line of the valve seat through the valve stem, achieving reliable opening and closing and flow regulation of the pipeline. The core of its design lies in the presence of a water seal system inside the valve, which can form a stable liquid film sealing ring between the valve disc and the valve seat sealing pair by injecting specific pressure of clean water or softened water, thereby achieving excellent zero leakage sealing effect. The key components of the valve are made of corrosion-resistant and erosion resistant materials, and are designed with enhanced valve disc guidance and sealing surface structure to ensure absolute sealing and operational reliability under harsh working conditions such as high temperature, high pressure, toxic and harmful, flammable and explosive. Valves are usually connected by flanges and firmly fixed to pipeline flanges with bolts. Valves can be driven by manual devices or matching electric/pneumatic devices to convert input force into direct motion of the valve disc, achieving smooth and reliable opening, closing, and regulating control. This valve is designed specifically for process pipeline systems in industries such as petroleum, chemical, metallurgical, and power. It is particularly suitable for working conditions that require absolute cut-off and zero leakage of gas, natural gas, oil and gas, and other hazardous or valuable media.Product drawing of DSJ41H Water-sealed Vacuum Stop Valve

OverviewThe J45F46 fluorine lined DC globe valve is a special valve that adopts a full cavity fluorine lined plastic (usually FEP or similar material) anti-corrosion design, and the valve body has a straight flow channel. It drives the valve disc vertically up and down along the centerline of the valve seat through the valve stem, achieving reliable opening and closing of the pipeline and flow regulation. The design core of this valve lies in the fact that all surfaces in contact with the medium, such as the inner wall of the valve body, the inner cavity of the valve cover, and the valve disc, are integrally molded or sintered with a dense fluoroplastic lining layer, which enables it to withstand the corrosion of the vast majority of highly corrosive media (such as acids, alkalis, organic solvents, etc.). The valve adopts a direct flow structure, and the valve body flow channel is in a straight line or approximately straight line with the centerline of the pipeline. When the fluid passes through the valve, the flow direction is basically unchanged, the flow resistance is small, and the pressure loss is low. It is particularly suitable for working conditions that require reducing resistance or transporting viscous media. The key components of the valve adopt a composite structure of high-strength metal shell and corrosion-resistant lining, and adopt special sealing and structural design to ensure long-term sealing and operational stability under corrosive working conditions. The valve adopts flange connection, with a nominal pressure rating of , and is firmly fixed to the pipeline flange through bolts. Valves can be driven by manual devices (such as handwheels) or matching electric/pneumatic devices to convert input force into linear motion of the valve disc, achieving smooth and reliable opening, closing, and regulating control. This valve is designed specifically for highly corrosive process pipeline systems in industries such as petrochemicals, pharmaceuticals, pesticides, dyes, electroplating, and environmental protection. It is particularly suitable for harsh working conditions that require low flow resistance, long-distance transportation, or transportation of highly corrosive media with high viscosity.Product drawing of J45F46 fluorine lined DC globe valve

OverviewYJ41W Oxygen Globe Valve is a special valve designed specifically for oxygen media. It achieves pipeline opening, closing, and flow regulation by driving the valve disc vertically up and down along the centerline of the valve seat channel through the valve stem. Its key components are made of materials that have undergone strict degreasing treatment, and adopt oil free design and anti-static structure to eliminate safety hazards and ensure absolute safety in oxygen rich environments. Valves are usually connected by flanges and firmly fixed to pipeline flanges with bolts. Valves rely on manual or matching electric devices to drive the valve stem, converting input force into linear motion of the valve disc, thereby achieving reliable and smooth opening and closing or regulating control. This valve is designed specifically for oxygen delivery systems in metallurgy, chemical engineering, and other fields, and is particularly suitable for high-pressure, high-purity oxygen operating conditions that require extremely high safety, cleanliness, and sealing.YJ41W Oxygen Globe Valve Product Drawing

OverviewThe U41S Plunger Stop Valve is a special structure stop valve that achieves reliable sealing through the interference fit between the plunger and the sealing ring. Driven by the valve stem, the plunger performs vertical lifting motion within the sealing ring to complete the opening/closing and flow regulation of the pipeline medium. The core of its design lies in replacing the traditional disc with a plunger. The interference fit design between the plunger and the upper and lower elastic sealing rings, combined with the pre-tightening force adjustment of the middle flange bolts, causes the side force generated by the compression of the sealing rings to act on the outer cylindrical surface of the plunger and the bore surface of the valve body. This forms a reliable radial sealing pair, thereby achieving excellent zero-leakage sealing performance. The key components of the valve feature a stainless steel plunger and high-performance non-metallic sealing rings (such as flexible graphite, PTFE composite materials, etc.). The sealing rings possess characteristics of strong resilience, high wear resistance, and high-temperature resistance, maintaining elasticity and sealing performance during long-term use. The valve typically adopts a flanged connection, securely fixed to the pipeline flanges with bolts, offering convenient installation and reliable sealing. The opening and closing of the valve are achieved by turning the handwheel or a matching electric actuator to drive the valve stem, converting rotary motion into the vertical lifting motion of the plunger for smooth and reliable control. This valve combines the leak-free advantages of plunger valves with the quick opening/closing characteristics of stop valves. It is widely used in process pipeline systems in industries such as petroleum, chemical, electric power, metallurgy, pharmaceutical, and heating supply, especially suitable for working conditions involving steam, oil, water, and generally corrosive media where strict sealing performance and frequent operation are required.U41S Plunger Stop Valve Product Drawing

OverviewThe J641W Pneumatic Manual Stop Valve is a valve that opens, closes, and regulates fluid flow by using a stem to drive the disc (gate) in a vertical lifting motion along the centerline of the seat passage. Its sealing pair (disc and seat) utilizes a metal-to-metal hard seal structure, typically hardfaced or inserted with cemented carbide, featuring high hardness, wear resistance, and high-temperature resistance. The valve uses a flange connection, secured to the pipeline flange with bolts. The valve relies on a pneumatic device (typically a cylinder or piston actuator) to drive the stem, converting the energy of compressed air into linear thrust, thereby quickly and reliably controlling the opening, closing, or positioning of the disc. This valve is particularly suitable for high-temperature, high-pressure, and demanding sealing applications.J641W Pneumatic Manual Stop Valve Product Image

OverviewJ641H pneumatic globe valve is a valve that opens, closes, and regulates fluid channels by driving the valve disc (gate) vertically up and down along the centerline of the valve seat channel through the valve stem. The sealing pair (valve disc and valve seat) adopts a metal hard sealing structure, usually welded or embedded with hard alloy, which has the characteristics of high hardness, wear resistance, and high temperature resistance. The valve is connected by flanges and fixed to the pipeline flange with bolts. Valves rely on pneumatic devices (usually cylinders or piston actuators) to drive the valve stem, converting the energy of compressed air into linear thrust, thereby quickly and reliably controlling the opening, closing, or positioning of the valve disc. This valve is particularly suitable for working conditions with high temperature, high pressure, and strict sealing requirements.J641H Pneumatic Stop Valve Product Drawing

OverviewJ941W electric globe valve is a universal shut-off valve driven by an electric actuator. The valve drives the valve stem and valve disc through the actuator, causing them to move vertically up and down along the centerline of the valve seat, achieving remote automatic opening and closing and flow regulation of the pipeline medium. The core of its design lies in the use of a sealing surface (W-shaped) directly machined from the valve body, without the need for additional welding sealing materials, with a simple and economical structure. Valves are usually connected with flanges for easy integration and installation with piping systems. Valves rely on standard electric actuators to provide power, converting the torque output by the motor into precise linear motion of the valve stem through gear transmission, achieving fast, reliable, and remotely/centrally controllable valve operation. This valve is designed specifically for working conditions involving water, steam, oil, and general non corrosive, non particulate media. It is suitable for public works, HVAC, and general industrial fluid pipelines that require frequent operation, remote control, or access to automatic control systems.J941W Electric Globe Valve Product Illustration

OverviewJ941H electric globe valve is a valve that opens, closes, and regulates fluid channels by driving the valve disc vertically up and down along the centerline of the valve seat channel through the valve stem. The sealing pair (valve disc and valve seat) adopts a metal hard sealing structure, usually welded or embedded with hard alloy, which has the characteristics of high hardness, wear resistance, and high temperature resistance. The valve is connected by flanges and fixed to the pipeline flange with bolts. Valves rely on electric devices (usually multi turn electric actuators) to drive the valve stem, converting electrical energy into rotational torque and linear thrust, thereby accurately and reliably controlling the opening, closing, or positioning of the valve disc. This valve is particularly suitable for high-temperature and high-pressure working conditions that require remote automatic control, high-precision regulation, or lack of gas source.J941H electric globe valve Product Diagram

OverviewThe Z941W electric gate valve is a commonly used cast steel gate valve that utilizes an electric actuator to drive the stem and gate in vertical movement along the seat, achieving reliable opening/closing and control of media in pipeline systems. The core design features a valve body precision-cast from WCB carbon steel or stainless steel, offering short face-to-face dimensions, good rigidity, low medium flow resistance, wear-resistant and corrosion-resistant sealing surfaces, reliable sealing performance, and long service life.The valve's closure member is a rigid gate with flat or wedge-shaped sealing surface design. The gate moves vertically along the body guide tracks for two-position operation (fully open or fully closed). The valve adopts flanged connection, directly fastened to pipeline system flanges with bolts, providing high connection strength, reliable sealing, and convenient installation and disassembly.The stem movement type is typically rising-rotating stem (stem rises and rotates), driven by an electric actuator through a trapezoidal thread drive sleeve, converting the motor's rotary motion into linear stem motion for stable and precise open/close control.The valve is typically equipped with an electric actuator, enabling on-site manual operation, remote control, and automated program control. It is suitable for pipeline systems handling steam, oil, water, and weakly corrosive media at operating temperatures ≤425°C. Widely used in industrial pipelines requiring automated fluid shut-off or connection in petroleum, chemical, power, metallurgy, heating, and water supply/drainage applications, particularly suitable for large-diameter pipeline conditions with nominal pressure PN1.6~PN10.0 and nominal diameter DN50~DN600.Z941W Electric Gate Valve Product Drawing

OverviewThe BJ45W insulation globe valve is a special valve with a jacket insulation structure. It drives the valve disc to move vertically along the center line of the valve seat through the valve stem, achieving reliable opening and closing of the pipeline and flow regulation. The core of its design lies in the external insulation jacket of the valve body, which can circulate heat media such as steam and thermal oil to ensure that the medium inside the valve maintains the required temperature during transportation, effectively preventing solidification, crystallization, or decreased fluidity. The key components of the valve are made of heat-resistant materials and designed with special sealing and structure to ensure long-term sealing and operational stability under insulation conditions. Valves are usually connected by flanges and firmly fixed to pipeline flanges with bolts. Valves can be driven by manual devices or matching electric/pneumatic devices to convert input force into linear motion of the valve disc, achieving smooth and reliable opening, closing, and regulating control. This valve is designed specifically for process pipeline systems in industries such as petroleum, chemical, pharmaceutical, and food. It is particularly suitable for situations where the flow of the medium or process temperature needs to be maintained for easily condensable, high viscosity, and crystalline fluids.Product diagram of BJ45W insulation globe valve