Manufacturer of guide wire spring tube: A brief introduction to the contact spring produced by guide wire spring tube,
A helical coil spring is a type of spring with a circular coil, which is elliptical and inclined. When compressed, each coil undergoes a separate deformation. Regardless of which part of the coil is deformed, the entire spring will react. For connectors, the two ends of the spring are welded together to form a complete ring. For specific insertion or extraction stress requirements for each standard coil size, springs can be inserted into grooves designed for sockets and plugs. When the convex groove is inserted into the groove, the swashplate spring of the spring undergoes deformation under continuous spring stress until the coil is paired with the groove before generating resistance. At this point, the spring load and groove design will create a continuous spring pressure, so the corresponding tensile force requires disconnecting the two components, the micro connector buckle, and the radial helical spring, which have two key roles and can reduce the number of components in the system.
The inclined spiral spring provides dual functions as a mechanical joint and maintains the circuit between the external and internal threaded joints, thereby minimizing radio frequency interference and making the design of electronic interconnections more complex. The simple and compact installation design and interconnection design provide new testing for industrial and commercial applications. The speed of the circuit is getting faster and the size of electronic components is getting smaller and smaller. Therefore, pipe fittings need to undergo more signal processing at a higher rate in a smaller space, or, for pipes with smaller contact times and sizes in a more compact space, their unique elastic deformation curve, suspended work permit - spring compression rate of 35%, and elastic phase stability, reducing temperature difference tolerance and other deviations caused by wear, each spring coil can work independently.
