ABOUT US

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About Us

Process capacity

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machine & capability

STORED ENERGY

Store energy in push mode instead in addition to creating resistance

RESISTANCE

Create resistance to applied or compressive force

VERSATILE

Used in a wide variety of applications and industries

P 1  Compresion spring 

KEY SPECIFICATIONS

MATERIALS

Made from a wide variety of materials including: Inconel, 17-7, music wire, Titanium, and other exotic and commonplace materials

EXACT SPEC

Can be customized to meet exact specifications for virtually any application

USED EVERYWHERE

 Found frequently in valves, pumps, and general consumer goods

USAGE

Extension springs are designed to resist tensile or stretching forces.

BEHAVIOR

When pulled outward, an extension spring will attempt to pull back into its coil

PULL FORCE

If your application requires a greater pull, the ends of the extension springs can be extended

END CONFIGURATIONS

Straight-cut, loop, hooks, and double twisted loop ends

                                                                    WIRE DIAMETER

.005" to .625"

P 2  Extension spring 

KEY SPECIFICATIONS

RESISTANCE

As the spring is extended further, the resistance increases.

END CONFIGURATION

Our extension springs can be manufactured to incorporate a wide range of hooks and loop ends

CUSTOMIZABILITY

We make extension springs of any length and degree of tension, no matter how complex the design requirements are

WIRE TYPE

Typically made from round wire but we accommodate any type

P 3  torsion spring

                        KEY SPECIFICATIONS

USAGE 

Torsion springs are helical springs that apply a torque or rotary force and offer resistance to externally applied loads

BEHAVIOR

The torque resulting from the angular deflection of the spring ends sets up bending stresses

FORCE

Store and release angular energy by holding a mechanism in place allowing the tension to force the legs apart

DIRECTION

Can be formed clockwise or counter-clockwise rotation, determining the direction of the wind.

FLEX

Will reduce in body diameter and increase slightly in length when deflected in the preferred direction of the fabricated wind.

SPACING

Can be built with tight coils or spaced out coils to reduce friction

WIRE MATERIALS

Can be made from round, rectangular, square or special cross-section wire

WIRE DIAMETERS

Wire diameter .005” to .626”

CONFIGURATION

Spring legs can be bent, hooked, or formed to conform to custom application

VERSATILITY

Wire forms can be manufactured to any shape possible

FLEXIBILITY

Wire forms can be simple beams or cantilever designs, or complex configurations including multi-pane bending.

FUNCTION

They retain components in position and allow for limited deflection

WIRE TYPE

Wire forms can be made by round, rectangular, or square wire

MATERIALS

Alloy material range from low-cost carbon steels through super alloys such as titanium

WIRE SIZES

Wire size: .005” to .626”

P 4   wire forms 

KEY SPECIFICATIONS

P 5 spiral spring 

KEY SPECIFICATIONS

spiral torsion spring, also called a clock spring

for use with most external mount trap systems

durable and built to last made of all steel

OE parts

US cars, Japanese cars,European cars, Korean cars etc ,suspension springs for aftermarket repairing

DATA 

wire diamter , coils number, free length, outer diameter, drawings better

Lowering spring

can modify the standard springs to lowering spring according to clinet's requirements

P 6 SUSPENSION SPRING 

KEY SPECIFICATIONS

MATERIALS

Made from 60Si2Mn, 50 CrSi,  SUP9, SUP12, etc

EXACT SPEC

Can be customized to meet exact specifications for virtually any application

USED in auto parts,   suspension springs for after market service , high-performance auto....

Certificate