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Spring
As the world's leading springs manufacturer,
Bukang has produced all types of industrial
and consumer electronics springs for nearly
30 years, including customized springs, precision
springs, wire forms, flat forms, stampings,
coil springs and rings.
We are capable of Designing, Prototyping,
Coiling, Tempering, Grinding, Chamfering,
Shot Peening, Stampings, Plating, Testing
and Assembling. Our precision manufacturing
systems have proven capabilities to produce
a complete range of springs in short, medium,
or long production runs.
Specializing in the production of fuel injection
pump springs, engine valve springs, suspensions,
damper spring, clutch spring, and brake disc
springs, Bukang is dedicated to maintaining
its leadership in the spring industry. Our
In-house Engineering Service is available
for your product needs, whether you require
new design, redesign, or material recommendations. |
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Production size : ø0.02mm~ø14.0mm |
A
compression spring is an open coil helical
spring that offers resistance to a compressive
force applied axially. They are usually
coiled at a constant diameter, through
they can be coiled in other needed form
such as conical, concave(barrel) covex(hourglass),or
various combinations of these. Compression
Springs are used to resist force and/or
store energy, depending upon the applications. |
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Production size : ø0.05mm~ø5.5mm
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Extension
Springs are designed to absorb and store
energy as well as create a resistance
to a pulling force. It is initial tension
that that determines how tightly together
an extension spring is coiled. This
initial tension can be manipulated to
achieve the load requirement of your
particular applications. All Bukang
extension springs are wound with an
initial tension is equal to the minimum
force required separate adjacent coils.
Each spring is of the constant diameter
type with a variety of hook/loop styles |
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Production size : ø0.05mm~ø5.5mm
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Bukang
Spring offers a selections of torsion
spring with legs of equal length oriented
at varying unloaded angles. Torsion
spring can store and release angular
energy or statically hold a mechanism
in place by deflecting the legs about
the body centerline axis. They offer
resistance to twist or rotationally
applied force. A spring of this type
will reduce in body diameter and increase
slightly in body length when deflected
in the preferred direction of the fabricated
wind.
Depending on the application torsion
springs can be designed to work in a
clockwise or counter-clockwise rotations
thus determining the direction of wind. |
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