ORION hose connector Germany ORION model ORION price

ORION hose connectors refer to threaded pipe fittings, which are the most common type of pipe fittings in industrial and daily applications. They are mainly used for small-diameter low-pressure pipelines, for locations requiring frequent assembly and disassembly, or as final adjustments for pipelines using threaded fittings. The structural form should preferably adopt a metal-to-metal contact seal; gasket-sealed structures are typically used in general pipelines transporting water, oil, air, etc., and are manufactured from malleable cast iron. The significance of threaded connectors is that they make pipe connections simpler and disassembly/replacement easier, greatly saving on pipe connection costs. They are mainly used for small-diameter low-pressure pipelines, for locations requiring frequent assembly and disassembly, or as final adjustments for pipelines using threaded fittings. Features of threaded connectors: high joint strength and good ductility, allowing full utilization of the strength and ductility of the base material (note: source mentions rebar, likely context error for pipe material). Convenient, fast, and simple operation. No electricity, gas, open flame, oil leakage, or pollution during construction and connection; corrosion-resistant, leak-proof, anti-detachment, safe, and long service life. Application fields: fluid and gas transmission systems in industries related to hydraulics, such as automotive, construction machinery, lathes, machines, metallurgy, petroleum, mining, construction, chemical industry, shipbuilding, aerospace, military, textiles, marine, entertainment, electronics, etc.

ORION hose connector classification

Classification by pipe diameter size: Equal-diameter tees have identical dimensions at all branch ends; reducing tees have identical dimensions for the main pipe branches, while the branch pipe dimensions are smaller than the main pipe dimensions. Classification by process: 1. Hydraulic bulging: Hydraulic bulging of tees is a forming process where the branch pipe is bulged out through axial compensation of the metal material. The process involves injecting liquid into a pipe blank with a diameter equal to that of the tee using a specialized hydraulic press. Two horizontal side cylinders of the hydraulic press move synchronously to center and compress the pipe blank. As the pipe blank is compressed, its volume decreases, causing the pressure of the liquid inside to rise. When the pressure required to bulge out the tee branch is reached, the metal material flows along the mold cavity under the dual action of the side cylinders and the internal liquid pressure, forming the branch. The hydraulic bulging process for tees can be formed in one step, offering higher production efficiency; the wall thickness of the tee's main pipe and shoulder increases. Due to the large tonnage of equipment required for the hydraulic bulging process of seamless tees, it is mainly used in China for manufacturing standard wall thickness tees smaller than DN400. Suitable forming materials include low-carbon steel, low-alloy steel, and stainless steel with relatively low tendencies for work hardening, as well as some non-ferrous metals such as copper, aluminum, and titanium. 2. Hot pressing forming: Hot pressing forming of tees involves flattening a pipe blank larger than the tee diameter to approximately the tee diameter size, opening a hole at the branch location; heating the pipe blank, placing it in a forming mold, and inserting a punch for stretching the branch inside the blank. Under pressure, the pipe blank is radially compressed. During radial compression, metal flows toward the branch direction and forms the branch under the stretching action of the punch. The entire process forms the tee through radial compression of the pipe blank and stretching of the branch area. Unlike hydraulic bulging tees, the metal for the hot-pressed tee branch is compensated by the radial movement of the pipe blank, so it is also called the radial compensation process. Since the tee is pressed after heating, the equipment tonnage required for material forming is reduced. Hot-pressed tees have wider material adaptability, suitable for low-carbon steel, alloy steel, and stainless steel; especially for large-diameter tees with thicker walls, this forming process is typically used. Classification by material: carbon steel, cast steel, alloy steel, stainless steel, copper, aluminum alloy, plastic, argon-chromium-nickel alloy, pvc, etc. Classification by manufacturing method: top-made, pressed, forged, cast, etc.

ORION hose connector classification

Classification by function: reducers, sleeve connectors, reducing connectors, 90° elbows, 45° elbows, tee connectors, reducing tee connectors, cross connectors, reducing cross connectors, union joints (valve conversion connectors), flanges, pipe clamps, etc.; Classification by connection method: socket welding, threaded connection, flange connection, etc.; Classification by material: red copper, brass, bronze, etc.; Classification by application: water pipe connectors, air conditioning pipe connectors, refrigeration pipe connectors, equipment connectors, wire and cable connectors.

ORION hose connector installation

1. When installing water pipe connectors, ensure the use of suitable materials and first inquire about the practicality and advantages of different types of water pipe connectors. Pay attention to the installation position of water pipe connectors; water pipes embedded in walls must not have joints. When connecting water pipe connectors, first close the water valve, then connect and perform an opening test. 2. When installing water pipe connectors, pay attention to using suitable raw materials and first consider the practicality and advantages of various water pipe connectors. Note the installation position of water pipe adapters. Water pipes embedded in walls must not have joints. When connecting water pipe connectors, first close the water valve, then connect and perform an opening test. 3. Before installing water pipe conversion connectors, first understand the composition of each component of the water pipe conversion connector. The components of water pipe conversion connectors include: elbows, variable-diameter elbows, internal/external thread elbows, tees, variable-diameter tees, internal thread connectors, reducing internal thread connectors, external thread connectors, internal/external thread connectors (filling core), caps, plugs, unions, etc. 4. PPR pipes are sensitive to long-term sun exposure, so appropriate foam insulation coverage can be applied during installation for ease of use with 3.4 hot water pipes, making them more durable.

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