KENENG is an excellent spring manufacturer, specializing in the design and production of custom and stock springs of multiple sizes and configurations, supporting customizing all kinds of springs like disc springs, torsion springs, leaf springs, coil springs, spiral springs, etc. Springs made by KENENG come in many forms and can be used in many ways. KENENG can produce high-quality springs with high precision.
Torsion spring
The torsion spring is under the torsion load, mainly used for compression, energy storage and the elasticity of the transmission system. Torque causes the spring to rotate on its axis while resisting or applying a load. So we think of torque as the rotational equivalent of the linear force driving the compression and extension springs. It has a linear characteristic line and a wide applications, such as measuring metering and the compulsory air valve closure mechanism. This type of spring is normally a close wound but can have a pitch to reduce friction between the coils. They provide resistance to forces applied by rotation or twisting. Torsion springs can be designed to work in a counter-clockwise or clockwise rotation, thus determining the direction of the wind depending on the application.
Disc spring
Disc spring has a strong capacity for bearing buffer and damping. Different combinations can obtain different characteristics, widely used for pressure safety valve, automatic transfer device, reset device and clutch. Disc spring according to its use can be divided into anti loose disc spring, high temperature pre – tightening disc spring, high torsion pre – tightening disc spring, buffer stretching disc spring. Due to the characteristics of variable stiffness and compact installation, it is widely used in the mechanical equipment industry, petroleum industry, automobile industry and aerospace industry, and has replaced the cylindrical spiral spring in a large range.
Spiral spring
Compared with other springs, the spiral spring can absorb larger energy in the same space, and the friction between the plates can be used to attenuating vibration. It is often used to absorb thermal expansion deformation. The disadvantage is that the gap between the board is small and difficult to quench and the spray treatment cannot be performed. In addition, the manufacturing accuracy is not high enough. It can be used as measuring element and pressing element.
Battery springs
Battery springs are a type of electronic hardware, usually made of copper, iron, or stainless steel. The battery spring generally plays a very important role in the composition of the battery. Because the battery springs need to energize the battery, choose materials that conduct electricity. These raw materials are usually electroplated with silver, nickel, and CT. When the battery is installed, the battery spring on the conductive film is squeezed, and the center of the spring touches the PCB to form a loop. This allows the current from the battery to flow to where it is needed to drive the device. Battery spring to conduct electricity, the effect is very good. It is widely used in various network products, communication products, computer products, household appliances, distribution equipment, educational toys, and so on.
Die spring
The die spring refers to the rectangular die spring. Generally speaking, the die spring is the spring used by the mold. Rectangular die spring has the characteristics of small volume, good elasticity, high stiffness, high precision, rectangular production material, surface color separation spraying (plating) to distinguish different load, beautiful appearance, and so on. The die spring is generally dominated by the metal spiral die spring, widely used in mold, fixture, industrial clutch, brake components, and various mechanical components.
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