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Zhejiang Tianxiang Machine Fittings Co.,Ltd. Home / Products / Hydraulic Accessories / Hydraulic Camlock Couplings

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Hydraulic Couplings Suppliers

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Zhejiang Tianxiang Machine Fittings Co.,Ltd.
Zhejiang Tianxiang Machine Fittings Co.,Ltd.
Zhejiang Tianxiang Machine Fittings Co.,Ltd. is professional China Hydraulic Couplings Suppliers and Custom Hydraulic Camlock Couplings Manufacturers.It located on the coast of the East China Sea, is a modern enterprise specializing in the production of high-precision, low-noise, long-life bearings. It integrates R&D, production, trade and service. Its products are widely used in automobiles, Medical, food, chemical and various household appliances and other industries.
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Hydraulic Camlock Couplings Industry knowledge

How Hydraulic Couplings work

As a leading enterprise in the fastener industry, Zhejiang Tianxiang Machine Fittings Co., Ltd. not only maintains its core business competitiveness, but also actively pays attention to and explores the development trend of hydraulic technology. The company has advanced production equipment and technical teams, and has accumulated rich production experience and market insights. By producing hydraulic accessories such as Hydraulic Couplings, the company has further enriched its product line and met the diverse needs of customers. The company is also committed to combining the advantages of hydraulic technology with the characteristics of its own fastener products to develop more innovative and competitive product solutions.

As an important part of the hydraulic transmission system, the working principle of Hydraulic Couplings is deeply rooted in the theoretical basis of fluid mechanics. In the hydraulic system, pressure, flow and speed are the three core elements, which together determine the performance of the system. Zhejiang Tianxiang Machine Fittings Co., Ltd. cleverly uses these elements to enable Hydraulic Couplings to achieve efficient and smooth transmission of power from the power source to the load.

1. Structural basis
Hydraulic couplings usually consist of two main parts: the active rotor and the driven rotor. The two are designed to be nested but with a certain gap. The gap is filled with hydraulic oil as the power transmission medium. This design ensures the continuity of power transmission and also gives the coupling a certain overload protection capability.

2. Power input and oil flow
When the power source drives the active rotor to rotate, the blades or impellers inside it rotate accordingly, forming a strong centrifugal force. This centrifugal force pushes the hydraulic oil from the center of the active rotor to the edge, forming a high-pressure oil flow. The driven rotor is located downstream of the high-pressure oil flow. Its blades begin to rotate under the impact of the oil, thereby transmitting power to the load.

3. Torque transmission and efficiency
During the flow of oil, its pressure energy is gradually converted into mechanical energy, driving the driven rotor to rotate and realizing torque transmission. The torque transmission efficiency of hydraulic couplings mainly depends on factors such as the flow state of the oil, the shape and arrangement of the blades, and the size of the rotor gap. By optimizing these design parameters, the efficiency and stability of torque transmission can be significantly improved.

4. Overload protection and stability
Another major advantage of Hydraulic Couplings is its built-in overload protection function. When the load suddenly increases and exceeds the design load capacity of the coupling, the oil pressure will rise sharply. However, due to the extremely low compressibility of the oil, when the pressure reaches a certain level, the oil will begin to leak or form local cavitation, thereby reducing the driving torque on the driven rotor and achieving overload protection. This mechanism effectively prevents the power source and load from being damaged due to overload, and improves the overall reliability and stability of the system.

5. Heat dissipation and maintenance
In the hydraulic transmission process, the oil not only serves as a medium for power transmission, but also plays a role in lubrication and cooling. The flow of oil inside the Hydraulic Couplings helps to take away the heat generated by friction, reduce the system temperature, and extend the service life of the equipment. Due to its relatively simple structure and good sealing, the maintenance cost of Hydraulic Couplings is low and the maintenance cycle is long.

Hydraulic Couplings' unique working principle and excellent performance occupy an important position in the hydraulic transmission system. Zhejiang Tianxiang Machine Fittings Co., Ltd. specializes in the fastener industry. Through continuous exploration and innovation, it integrates the advantages of hydraulic technology into its own products and provides customers with more efficient, stable and reliable solutions.