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|Material:||Stainless Steel 301||Name:||Helical Torsion Spring|
|Force:||2n To 15n||Length:||100mm To 800mm|
spiral power spring,
industrial torsion spring
constant force stainless steel 301 torsion spiral springs for computer monitor
|Material||Stainless steel,carbon steel,62Si2Mn,60Si2Mn,65Mn,SK4,SK5|
|Load type||Constant and variable force|
|Thickness of material||0.08mm~ 1.8mm|
|Wire diameter||0.01mm~ 10mm|
|Inside diameter||As your request|
|Outside diameter||1 mm and above.|
|Length||Free length as you need|
|Finish||Zinc plated, nickel plated, black coating,also can be done as customers request|
|Application||Furniture,industrial equipment,electronic devices,etc|
|Equipments||Advanced CNC computer spring machines with high precision and efficiency|
|Technology||Experienced engineers ,technicians and Skilled Workers|
|Advantage||High quality, competitive prices,automatic production equipment, , safe package and fast delivery|
· Tobacco shelf pusher
· seatbelt retractors
· tape measures
· retractable dog leads
· electrical cord retractors
· hose reels
· wind-up toys
· pull start on small gas-powered engines
· tool balancers
Power springs are identified by the many coils of strip material stored in a case, barrel, or band, and connected to a central arbor or shaft. When this shaft is rotated, the material starts to wind flat against it. This action creates an increasing torque for as many turns as it can be wound until there is no material left.
Our capabilities of power springs range from 0.002 inch to 0.125 inch material thickness and from 0.030 inch to 3 inch material widths. Power springs can be made using pre-stressed (back wound) or conventional (from flat) methods. Pre-stressed power springs are spooled to a special free diameter and back wound into a housing or keeper, while conventional wound springs are manufactured and wound in the flat state. The advantages of pre-stressed springs are that it allows maximized torque from a specific material. Conventional wound power springs, however, offer increased cycle life.
The constant force spring consists of strip material, which has been shaped and pre-tensioned into a tightly wound roll. The spring is used in a linear movement and produces almost constant force throughout its deflection. Constant force springs can be fitted in a number of ways and extended partly or completely. There is practically no limit on extension speed and acceleration.
Torsion springs can either have a left-hand or right-hand helix. They are made to give a force and torque when one leg is turned relative the other.
Our helical torsion springs are made in dimensions from 0.03- 26 millimeter and we select wire diameter, spring body diameter, length and pitch to suit your requirements.
For closed coiled helical torsion springs there will be a friction between the coils giving a hysteresis in the torque-angle performance.
There are generally two common types, single and double coil torsion springs. Normally is the coil controlled inside with a mandrel but also an outer control with a cylindrical housing is possible. With fixed assembled legs the spring type can work without a coil body control. Tangential legs give the lowest stresses but also radial and axial legs of different types are possible. In many cases the strain in the legs must be considered in the design.
Contact Person: Ben