OverviewJ44F46 fluorine lined angle globe valve is a special valve with a full cavity fluorine lined plastic (usually FEP or similar material) anti-corrosion design, and a valve body with a 90 ° right angle 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 an angular structure, and the flow direction of the medium inside the valve changes by 90 degrees, which not only facilitates pipeline layout, but also reduces flow resistance and can be used for shut-off and regulation.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 reliable cut-off and regulation of corrosive, toxic, or expensive media, as well as leak and pollution prevention.Product drawing of J44F46 fluorine lined angle globe valve

OverviewThe J44H American Standard Angle Globe Valve is a forged or cast stop valve strictly designed in accordance with ANSI/ASME standards. It utilizes a handwheel or electric actuator to drive the stem and disc in lifting motion, achieving reliable opening and closing of media in pipeline systems.The valve body is precision-manufactured from A105 carbon steel, F304/F316 stainless steel, or alloy steel, offering compact structure, good rigidity, and reliable sealing. The closure member features a plug-type or conical disc, with sealing surfaces designed as flat or tapered surfaces. The disc moves linearly along the seat centerline to achieve strict shut-off of media flow direction.The valve adopts flanged connection in compliance with ANSI B16.5 standards, facilitating convenient installation and disassembly. The stem is of the rising type, achieving stable opening and closing control through thread transmission.Available with manual, gear, or electric actuators, the valve is suitable for operating temperatures ranging from -29℃ to +425℃. It is applicable for steam, oil, water, and weakly corrosive media, widely used in petrochemical, power, metallurgy, and pipeline transportation industries.J44H American Standard Angle Globe Valve Product Drawing

OverviewThe WJ44H angle type German standard corrugated pipe globe valve is a special valve designed with a right angle flow channel and a metal corrugated pipe dynamic seal. 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 combination of the 90 ° turning structure of the angular valve body and the high-performance metal bellows sealing component. The bellows completely isolates the valve stem from the process medium and compensates for the valve stem stroke through elastic deformation, thereby completely eliminating medium leakage at the valve stem while achieving pipeline direction conversion. The key sealing components of the valve are made of high-quality alloy materials that are corrosion-resistant and erosion resistant. The corrugated pipe is manufactured through multi-layer hydraulic forming technology, which has excellent fatigue resistance and pressure bearing capacity, ensuring zero leakage sealing and long-term stable operation under harsh working conditions such as high temperature, high pressure, toxic and harmful, flammable and explosive. The valve strictly follows European standards such as DIN and EN, and adopts PN series flanges or butt welding standard connections, with a compact structure. 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 for process pipeline systems with strict requirements for space layout and leakage control in industries such as petroleum, chemical, power, and refrigeration. It is particularly suitable for steam, corrosive media, low-temperature liquids, and other hazardous or high-purity media operating conditions that require compact installation and absolute no leakage and require changing the flow direction.Product drawing of WJ44H angle type German standard corrugated pipe globe valve

OverviewThe J14W Angle Pattern Internal Thread Globe Valve is a type of valve that controls the reliable opening and closing of pipeline media by driving the disc via the valve stem to move vertically along the centerline of the valve seat. Its core design features a 90° right-angle flow path structure, which changes the direction of the medium while enabling a compact spatial layout. The valve body is typically forged from high-quality carbon steel or stainless steel, ensuring structural strength and durability under high-pressure conditions. The valve employs a metal hard-seal structure (body seal or hard alloy overlay welding), offering excellent resistance to high temperatures, erosion, and wear. The connection type is internal thread, allowing direct screwing onto external pipeline threads for simple installation and reliable, sealed connections. Driven by a handwheel, the valve converts rotational motion into vertical linear movement of the disc, achieving smooth and reliable opening and closing control. Due to its unique angle pattern structure, this valve is particularly suitable for pipeline systems requiring right-angle directional connections. It is widely used in applications involving high-temperature steam, oil products, and non-highly corrosive high-pressure gases or liquids. It is especially suited for power plants, petrochemical facilities, mechanical equipment, and high-pressure industrial pipelines where strict installation space constraints exist alongside the need for reliable sealing.Product Diagram of J14W Angle Pattern Internal Thread Globe Valve

OverviewThe J64F welded angle type ammonia stop valve is a specialized valve featuring welded connection and angle-type structure. It drives the disc to move vertically along the centerline of the valve seat through the stem, achieving reliable opening, closing, and shut-off control in ammonia piping systems. The core of its design lies in the use of dedicated ammonia-resistant materials and sealing structures, capable of withstanding the corrosiveness and permeability of ammonia media while ensuring safe sealing under low-temperature and high-pressure conditions. The key components of the valve are made of corrosion-resistant, low-temperature-resistant special alloy materials. Through precision tapered or flat sealing design combined with an enhanced packing seal structure, ammonia gas leakage is prevented. The valve adopts a welded connection method, fixed directly to the pipeline by socket welding or butt welding, offering high connection strength and excellent sealing performance, suitable for high-pressure and leak-critical applications. The valve is typically manually operated by a handwheel, converting rotational force into linear motion of the stem and disc through threaded transmission, achieving stable and sensitive opening/closing control. This valve is widely used in pipeline control in refrigeration, chemical engineering, cold storage, and ammonia refrigeration systems, particularly suitable for the transport, storage, and processing of liquid ammonia, ammonia gas, and other ammonia-based media where strict sealing and reliable shut-off under high-pressure conditions are required.Product Drawing of J64F welded angle type ammonia stop valve