Acrolab Ltd.© 2010 Isoplaten Isoplaten ® ® Technology Technology Steady state thermographic study Isoplaten ® versus a traditional electrically heated platen Innovations for Composites
Isoplaten® -- The Intuitive Platen - Advances in heated platen technology
Jun 14, 2015
Acrolab’s Isoplaten (“The Intuitive Platen”) redistributes the energy generated by
standard cartridge heaters to give molders rapid thermal recovery and unparalleled
and linear temperature distribution along the whole platen surface. Your tools
operate with reduced energy demands, produce better quality molded parts and
allow you to use faster curing compounds with narrower thermal processing
windows.
• Uniformly Cure Parts Resulting In Better Quality
• Reduce cycle time
• Reduce Thermal Energy Required From Heaters
• Energy Cost Savings
• Save On Time
• Evenly Heat Thermal Sensitive Parts
• Eliminate Hot Spots
• Reduce Scrap
standard cartridge heaters to give molders rapid thermal recovery and unparalleled
and linear temperature distribution along the whole platen surface. Your tools
operate with reduced energy demands, produce better quality molded parts and
allow you to use faster curing compounds with narrower thermal processing
windows.
• Uniformly Cure Parts Resulting In Better Quality
• Reduce cycle time
• Reduce Thermal Energy Required From Heaters
• Energy Cost Savings
• Save On Time
• Evenly Heat Thermal Sensitive Parts
• Eliminate Hot Spots
• Reduce Scrap
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Acrolab Ltd.© 2010
IsoplatenIsoplaten®® TechnologyTechnology
Steady state thermographic study
Isoplaten®® versus a traditional electrically heated platen
Innovations for Composites
Acrolab Ltd.© 2010
üThermographic analysis of two 24” X 24”platens at steady state one is the traditional electrically heated platen the other, an Isoplaten®. This study examines the effect of having one heater fail in each platen; examining the resultant thermal impact on the surface of the platen.
Isoplaten® Study
Traditional Platen vs. Isoplaten® 24” x 24” x 3”
Acrolab Ltd.© 2010
Isoplaten® Study [Traditional Platen 24” x 24” x 3”]
Traditional Platen
Acrolab Ltd.© 2010
Isoplaten®Study [Traditional Platen 24” x 24” x 3”]
Traditional Platen
Acrolab Ltd.© 2010
Isoplatens® - “Thermally Intuitive”
üWhen employed as a matrix, the Isobars®sense any location on the platen surface that is either deficient of heat energy or has a surplus of heat energy.
üA matrix of two-phase evacuated heat exchangers [Isobars®] function as a “core” continuously achieving a thermal equilibrium or an isothermal condition.
Isoplatens®
Acrolab Ltd.© 2010
Isoplaten® Study [Isoplaten® 24” x 24” x 3”]
Isoplaten®
Acrolab Ltd.© 2010
üBecause Isobars® core capability is to achieve a thermal equilibrium, the matrix is therefore also achieving a thermal equilibrium.ü The matrix is embedded throughout the
Isoplaten®.
üThe temperature is continuously adjusted by the matrix of Isobars.
Isoplatens® - “Thermally Intuitive”Isoplatens®
Acrolab Ltd.© 2010
Isoplaten® Study [Isoplaten 24” x 24” x 3”]
Isoplaten®
Acrolab Ltd.© 2010
ü Thermal uniformity +/-5 °F vs. +/- 30 °F
ü Single Zone vs. Multiple Zone Control
ü Standardized with one type of heaters
ü Low Maintenance
Isoplaten® Study
Advantages of Isoplaten® Technology
Acrolab Ltd.© 2010
üOur clients benefit from the use of Isoplatens®.
üThese thermally intuitive, single zone press platens provide our clients with near isothermal conditions on the platen faces while reacting intuitively to transient thermal sinks as they appear on the platen surface.
Isoplaten® Study
Related Documents
