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Injection Moulding

Reduce injection moulding product cycle time and reduce costs with Isopipes high-performance injection moulding thermal solutions from Aavid Thermacore. For more information please refer to Aavid Thermacore heat pipe technology.

ISOJET  "No longer available"

isojet mold cooling heat pipe diagram

 

 

 

 

 

ISOPIPE

For heat transfer from heat source to sink, or to isothermalize sections of a mould or tool, Isopipe gives you high-performance especially crafted for moulding applications. Isopipes can solve thermal-related quality issues, reduce cycle times and lower water consumption.

The Isopipe uses very high thermal conductivity to transport heat from one end of the pipe to the other, cooling (or heating) mould tools. Heat picked up from the mould is dissipated by cooling water passed over the exposed end of the Isopipe, allowing vapour inside the pipe to condense. The liquid/vapour phase changes within the Isopipe allow thermal energy to be absorbed, transferred and rejected with a maximum temperature difference of only 5° C along the outer sheath.

Isopipe Features and Benefits

 Features
  Benefits
 Uniform cooling

 Fast cycle times

 Flexible product design

 Reduced waste and maintenance

 Simplifies tool construction

 No sink marks

 Reduced water consumption

 Simple installation

 Reduced tooling and operation costs

 Designed for heating as well as cooling of core pins

 Versatile

 Uniform cooling  Greater reliability

ISOPLUGS "No longer available"

isoplugmoldcooling heat pipe diagram


 

Thermal management challenge? Take the first step towards the solution for you. Please contact an Aavid Thermacore technical representative or e-mail info.thermacore@aavid.com for more information on our thermal solution technologies.

 
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