2025-12-17

Application scenarios of hydraulic hoses

Construction machinery: Arm movement control and lifting systems for excavators, loaders, and cranes. Mining equipment: Hydraulic control systems used in mining equipment, such as drilling rigs and crushers.


2025-12-17

Performance characteristics of hydraulic hoses

Pressure Resistance: Depending on the structure of the reinforcement layer, hydraulic hoses can withstand a wide range of pressures—from low pressure (such as for air conveyance) to high pressure (such as for oil drilling equipment). For example, steel-wire-braided hoses can withstand pressures up to 250 kgf/cm², while spiral-wound hoses can handle even higher pressures.


2025-12-17

Gear Pump Structural Features

A gear pump consists of components such as gears, a pump body, front and rear end covers, and a drive shaft. It features a compact structure that is easy to manufacture and maintain. According to the nature of meshing, gear pumps can be classified into external gear pumps and internal gear pumps.


2025-12-17

The working principle of a gear pump

A gear pump operates by the meshing and rotation of a pair of gears, which causes changes in the working volume inside the pump body, thereby drawing in and discharging liquid.


2025-12-17

Precautions for Using Hydraulic Quick Couplers

Media compatibility: The appropriate connector material and sealing elements must be selected based on the fluid type (e.g., oil, gas, water) to prevent corrosion or leakage.


2025-12-17

Application scenarios for hydraulic quick couplers

Construction machinery: Hydraulic systems used in equipment such as excavators and cranes, enabling quick connection and disconnection to enhance construction efficiency.


2025-11-11

The structural composition of hydraulic hoses

Inner rubber layer: Directly contacts the hydraulic medium and must possess oil resistance and corrosion resistance. It also withstands the pressure of the medium while protecting the reinforcement layer from erosion.


2025-11-11

Main Types and Characteristics of Hose Crimp Fittings

Type A crimp fittings: featuring a welded structure, suitable for high-pressure applications, with a typical working pressure range of 6 to 40 MPa. Type B crimp fittings: with an integrated design, easy to install, and ideal for medium- and low-pressure applications. Type C crimp fittings: featuring a detachable structure; the fitting’s outer sleeve and core are designed with a hexagonal profile, making them convenient for maintenance and small-batch production—but requiring high assembly precision.


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