Product classification
Product classification
Reducers are made by either seamless or welded methods. For seamless reducers, a billet is heated, extruded, and drawn into the desired shape. For welded reducers, metal sheets are formed into the reducer shape, welded, and heat-treated. Both types are then machined, tested for pressure and strength, and undergo surface treatments to ensure quality and performance.
Tees are made by either seamless or welded methods. For seamless tees, a billet is heated, pierced, and extruded into the tee shape. For welded tees, pipe sections are cut, formed into a tee shape, and welded. Both types are then heat-treated, inspected for strength and quality, and undergo surface finishing processes.
Cross are made by either seamless or welded methods. For seamless tees, a billet is heated, pierced, and extruded into the tee shape. For welded tees, pipe sections are cut, formed into a tee shape, and welded. Both types are then heat-treated, inspected for strength and quality, and undergo surface finishing processes.
Stub ends are made by cutting pipe sections to the desired length, followed by forming the end into a flange-like shape. The pipe is then beveled or machined to fit the corresponding flange. For welded stub ends, the pipe is welded to create the required dimensions. Finally, the stub end is heat-treated, tested, and surface-finished.
End caps are manufactured by cutting a pipe to the desired length, then sealing one end to form a closed cap. The material is shaped using molding or pressing techniques. Afterward, the cap is welded (if required), heat-treated, and tested for strength. Finally, it undergoes surface finishing for smoothness and corrosion resistance.
Forged elbows are made by heating metal billets and shaping them under high pressure using a forging process. The billet is pressed into the desired angle, then machined for precise dimensions. Afterward, the elbow undergoes heat treatment, testing for strength, and surface finishing to ensure quality and durability.
Forged tees are made by heating metal billets and shaping them under high pressure using a forging process. The billet is pressed into the desired angle, then machined for precise dimensions. Afterward, the elbow undergoes heat treatment, testing for strength, and surface finishing to ensure quality and durability.
Forged olet fittings are made by heating a metal billet and then forging it into shape. A hole is created at the required location, and the fitting is shaped to the desired size. It undergoes heat treatment for strength, followed by machining, testing, and surface finishing to meet quality and pressure standards.
Forged couplings are made by heating a metal billet and then forging it into shape. A hole is created at the required location, and the fitting is shaped to the desired size. It undergoes heat treatment for strength, followed by machining, testing, and surface finishing to meet quality and pressure standards.
Forged pipe nipples are produced by heating a metal billet and forging it into the desired length and shape. The ends are threaded or beveled for connection. After forging, the nipple is machined to precise dimensions, heat-treated for strength, pressure-tested, and surface-finished to meet quality and durability standards.
Forged swage nipples are made by heating a metal billet and then forging it to the desired shape. The nipple is tapered and forged to a specific size, followed by machining for precise dimensions. It undergoes heat treatment for strength, pressure testing, and surface finishing to ensure high-quality and durability standards.
Forged unions are made by heating a metal billet and forging it into a union shape. The components are then machined to precise dimensions, with threads or sockets formed for connection. After forging, the union is heat-treated for strength, pressure-tested, and surface-finished to ensure durability and high-quality performance.
Forged crosses are made by heating a metal billet and forging it into a union shape. The components are then machined to precise dimensions, with threads or sockets formed for connection. After forging, the union is heat-treated for strength, pressure-tested, and surface-finished to ensure durability and high-quality performance.
Forged plugs are made by heating a metal billet and forging it into the desired shape. The plug is then machined to precise dimensions, with threads or a smooth surface for sealing. After forging, it undergoes heat treatment, pressure testing, and surface finishing to ensure strength, durability, and quality.
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