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Conveyors Parts
Injection Mold Parts
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Injection Mold Parts
Light Load Spring
0 out of 5(0)ISO 10243 / Colour: Green
By multiplying spring coefficient (R) with compression / load rate (mm) simply, spring force value is reached.
Example: R x (A.B.C)
Nw – Newton = (0.102)Kg.
Usage: It is compatible with injection mould systems and equipment designs.
Order: YY. D x L
SKU: YY -
Injection Mold Parts
Extra Light Load Spring
0 out of 5(0)Colour: Light Green
Especially suitable to injection mould systems.
Long Life Usage of Wire Springs:
It depends on the quality of spring material, working conditions and design conditions that are used. In all applications using springs, preloading and compression rates specified for long life usage should be adhered.Appropriate tension values can be found at the loading value table and tension / spring life table.
For long life usage, shear stress on the basis of oscillation should be maximum 800 N /mm². 400 N /mm² of this value will be used by the stress variation on the basis of spring oscillation.
By multiplying spring coefficient (R) with compression / load rate (mm) simply, spring force value is reached.
Example: R x (A.B.C)
Nw – Newton = (0.102)Kg.Order: AYY. D x L
Usage: It is compatible with injection mould systems and equipment designs.
SKU: AYY -
Injection Mold Parts
Ejector Pin with Locking Head
0 out of 5(0)The new generation of ejector pins with locking head allows the precise centring of individually contoured ejector or core pins in the mould.The centring ensures a precise mounting position within the mould.
Material: 1.2516 WS
Head Hardness: 45 ± 2 HRC
Body Hardness: 60 ± 2 HRC
Heat Resistance: 220° max.
Tensile Resistance: 1300 N / mm²Order : SDI .d1 x L x Type
Note: Our custom-made production is available as per request.
SKU: TBM-1