Schnaidt hose connector Germany Schnaidt model Schnaidt price

Schnaidt hose connectors are end-type fittings used to connect metal hoses to enclosures as straight connectors; they serve as detachable connection points between components and pipelines. They play an indispensable role in pipe fittings and are one of the two main components of hydraulic piping. Hose connectors are high-quality flexible pipes in modern industrial piping systems. They mainly consist of bellows, a wire braid, and connectors. The inner tube is a thin-walled stainless steel bellows with a spiral or annular shape, and the outer wire braid of the bellows is woven from stainless steel wire or steel strip according to specific parameters. The connectors or flanges at both ends of the hose match the connectors or flanges of the customer's pipeline. The bellows of the hose are formed by high-precision plastic deformation of extremely thin-walled seamless or welded stainless steel pipes. Due to the elastic characteristics of the bellows profile, the hose exhibits good flexibility and fatigue resistance, making it easy to absorb cyclic loads from various motion deformations, especially its ability to compensate for large displacements in piping systems. Media visualization (media visibility), process automation.

Schnaidt hose connector function

Standard hose connectors for hot and cold water hoses are 4-part pipes, with a diameter of 20 mm. For home decoration, the common specifications are 20, 25, and 32mm. Cold water uses 25mm, and hot water uses 20mm. However, there is no exact value for the inner diameter because the pipe wall thickness varies. Faucet hose connector sizes are classified according to the pipe size, commonly 4-part and 6-part pipes. Functions of quick-release hose connectors: Exchange function for pneumatic and hydraulic tools, cylinders, hydraulic cylinders, and auxiliary devices for metal mold-related machinery; Maintenance function for computer cooling devices and maintenance of die-casting machine oil cylinders; Test function for vacuum, pressure resistance, leakage, and operation tests; Transport function for solids such as bolts and nuts, handling, and electrical conductivity; Filling function for inert gases, nitrogen, PG carbonic acid; Connection function for fixing items such as fishing rods and pocket laser discs, connections for mobile operations, and applications other than fluid transport.

Schnaidt hose connector features

Threaded connectors refer to pipe fittings with threads, which are the most common type of pipe fittings in industry and daily life. Threaded connectors make pipe connections simpler and easier to disassemble and replace, greatly saving on pipe connection costs. Threaded connectors generally include threaded elbows, threaded tees, threaded union joints, threaded caps, threaded couplings, threaded reducers, threaded plugs, external threads, and bushings. Industrial threaded connectors are generally made of metal, have high pressure resistance, and materials include carbon steel, stainless steel, alloy steel, brass, etc.; materials for threaded connectors used in daily life generally include PC, PVC, PE, and PPR.

Schnaidt hose connector installation

Dual-line main and branch pipes: From the lubrication pump to the oil inlet of all distributors, bearing relatively high pressure. Usually, cold-drawn seamless steel pipes are used, with materials being 10 or 15 grade steel. Pipes with severe rust must not be used. Oil supply pipes: From the distributor to the oil inlet of all lubrication points (bearing seat oil holes), bearing relatively low pressure. Usually, drawn copper pipes are used, which facilitate piping when bending. Cold-drawn seamless steel pipes or stainless steel pipes are also used. Rubber hose connectors are used when connecting to moving parts. Piping should avoid areas with high temperature radiation and cooling water spray, where temperatures are too high or too low, especially for rubber hose connectors. Piping should not affect the operation of the host machine and other equipment, must be safe and reliable, and convenient for work, observation, and maintenance. Piping should be horizontal and vertical, neat and aesthetically pleasing. Minimize bends or small-angle bends, use large arcs to reduce oil flow resistance. When installation conflicts occur, small pipes should yield to large pipes, and low-pressure pipes should yield to high-pressure pipes. Pipes crossing each other must not touch and should be separated by a certain distance. Connectors of parallel pipes should be staggered to avoid affecting installation and disassembly. To facilitate disassembly and cleaning, union joints should be installed appropriately, but used sparingly to reduce the possibility of leakage. Determine the pipe length on-site based on the piping path determined by 8.2 items, paying attention to the influence of the bending radius. Consider the impact of inserting various types of pipe connectors into the pipeline. Pipe lengths should be determined, cut, and pre-assembled segment by segment to facilitate on-site adjustments according to actual conditions. If all cuts are made at once, accumulated errors will make piping difficult. Cut short pipes should be utilized as much as possible where short pipes are needed. If necessary, straight connectors can be used to extend length, but connectors on pipe segments should be minimized rather than maximized.

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