Process cooling systems including recirculating chillers and ultra-low temperature (ULT) chillers achieve faster time to temperature, minimized condensation, and reduced load on chiller with Insulon® Vacuum Jacketed Hose.
Featuring proprietary vacuum insulation technology to prevent the ingress of heat, Insulon® Hoses ensure that coolants absorb minimal ambient heat while traveling from the chiller outlet to the point of application. Engineered to maximize thermal precision and throughput in semiconductor fabrication and other sensitive manufacturing processes.
Insulon® Hose Standard for Chiller Fluids above -80 degrees Celsius
- Recommended for chiller temperatures above -80 degrees Celsius
- Applications: Process cooling, glycol loops, water chillers
- Insulation technology: Insulon® vacuum insulation
- Insulation performance: Blocks conduction and convection heat transfer
- Benefits: Smaller outer diameter, more flexible, lighter weight, lower cost
Insulon® Hose MLI for Chiller Fluids below -80 degrees Celsius
- Recommended for chiller temperatures below -80 degrees Celsius
- Applications: Ultra-low temperature (ULT) and cryo-chilers
- Insulation technology: Insulon® vacuum insulation with proprietary multi-layer insulation (MLI)
- Insulation performance: Blocks convection, conduction, and radiation heat transfer
- Benefits: Maximum thermal insulation performance
Applications
Semiconductor Manufacturing
Maintain ultra-precise dielectric fluid temperatures from the chiller to the tool. Maximize yield by minimizing parasitic heat gain and thermal drift within the transfer lines.
Environmental Test Chambers
Achieve rapid thermal cycling and consistent test results by minimizing heat soak in LN2 or glycol supply lines, enabling precise temperature control at the point of use.
Cleanroom Manufacturing Facilities
Reduce condensation on coolant lines to prevent moisture-induced contamination and slip hazards in sterile environments with non-porous, maintenance-free insulation.
Chemical & Botanical Extraction
Minimize thermal lag to ensure chilled ethanol or hydrocarbon solvents enter the evaporator as close to the set-point as possible, improving product quality.
Products
Articles
Finally, glycol chillers can graduate beyond closed cell foam insulation
Insulate coolant lines in high temperature environments
