High-pressure pipe cleaners are specialized equipment for cleaning various types of pipes. Their core function is to remove dirt and deposits from the inner walls of pipes using high-pressure water flow. In terms of product details, high-pressure pipe cleaners typically consist of a high-pressure pump, motor, water tank, nozzles, and control system. The high-pressure pump generates the high-pressure water flow, the motor provides power, the water tank stores the cleaning water, and the nozzles are used to directionally spray the water. The control system regulates water pressure and flow rate to ensure effective cleaning. Regarding materials, the main components of high-pressure pipe cleaners are mostly made of corrosion-resistant and high-strength materials. For example, the high-pressure pump housing is often made of stainless steel or aluminum alloy, which can withstand high pressure and is corrosion-resistant. The nozzles typically use hard alloy or ceramic materials to ensure durability over long-term use. Pipe fittings are often made of copper or stainless steel to ensure sealing and durability. Overall, high-pressure pipe cleaners are designed with practicality and durability in mind, and are suitable for pipe maintenance in industrial and municipal fields.
High-pressure cleaners consist of core components such as the pump body, motor, high-pressure hose, and nozzles. Its casing is mostly made of engineering plastics or cast aluminum, with an internal design combining a stainless steel piston and ceramic seals, capable of withstanding working pressures of 20-250 Bar.
Product details: The plunger pump adopts a three-plunger axial structure, equipped with a copper alloy connecting rod and a chrome steel crankshaft; the motor uses a fully enclosed waterproof construction, with an IP55 protection rating suitable for outdoor environments; the quick-connect nozzle supports 15° to 65° fan-shaped adjustment, and the brass material ensures wear resistance; the safety relief valve uses a spring-return structure, automatically diverting flow when the pressure exceeds the limit.
Material characteristics include: the pump body is made of ADC12 aluminum alloy casting, achieving a hardness of HB90 after T6 heat treatment; the inlet and outlet valve plates are made of 440C stainless steel, with a Rockwell hardness of HRC58; the high-pressure hose has a four-layer steel wire braided structure, with a burst pressure reaching four times the working pressure; the sealing components use a combination of zirconia ceramic and nitrile rubber, allowing continuous operation at water temperatures up to 80℃.