🍾 Industrial application
Cooling for Blow Molding
Dual circuits for the die head and hydraulics: even wall thickness and shorter cycles.
The cooling problems we see most in this industry
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Parison temperature swings and wall thickness runs uneven.
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Hot hydraulic oil means unstable pressure and slow motions.
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Weak cooling deforms parts as they leave the mold.
How we size your unit
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Capacity from output rate and number of die heads.
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High-flow chilled water to freeze the shape on exit.
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Die head and hydraulic station on separate loops.
⚠️ Specifications (cooling capacity, power, voltage) to be filled with your verified data.
Other applications
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Cooling for Injection MoldingCool mold and hydraulic oil together to hold cycle time and yield steady.
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Cooling for ExtrusionStable barrel and screw temperature: tight tolerances with no drift over 24-hour runs.
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Cooling for Rubber ExtrusionStaged cooling on screw and product: lower scorch risk and stable profile size.
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Cooling for Laser ProcessingStable temperature at source and optics: no power drop and consistent cut quality.
Send us your machine data and we will size it
Tell us the model or the capacity and we will recommend the right unit.
Contact us