Set the operating boundary
Define the heat source, protected objective, temperature profile, exposure duration and operating environment.
Microporous insulation and thermal protection engineering
Control heat.Where every millimetre matters.
Siltherm engineers thin insulation around the heat path. The portfolio covers industrial heat, temperature-controlled systems and passive protection.
Insulation routes
High-temperature insulationMicroporous formats for industrial heat and space-constrained equipment.
Low-temperature insulationVacuum panels and core formats for compact thermal envelopes.
Passive thermal protectionThin barriers for batteries, equipment and fire-rated assemblies.
Customised engineeringShapes, coverings and configurations matched to the application.
Choose your starting point
Start with the information you already have.
Compare formats by temperature and geometry, or explore insulation routes for your equipment and process.
Insulation portfolio
A focused portfolio for difficult thermal boundaries.
Different thermal duties need different product forms. Each route is built around the space the system can give us.
High temperature
Microporous insulation for demanding heat
Rigid, flexible and formed formats that provide high thermal resistance in limited space.
Low temperature
Vacuum insulation for space-constrained systems
Slim core and finished-panel options for cold-chain, appliance, transport and building applications.
Custom engineering
Formats engineered around the application
Product architecture, covering and geometry developed for the required thermal and installation boundary.
Application routes
Thermal performance is decided at the system boundary.
Start with where the heat moves and what the system must protect. The right product route follows from that boundary.
Battery and e-mobility
Thin thermal barriers across cell, module, pack and enclosure heat paths.
High-temperature industries
Space-efficient insulation for metals, glass, furnaces and process piping.
Cold-chain and buildings
Compact thermal resistance where usable space, protection and condensation control matter.
Passive fire protection
Thin insulation formats for elevator doors, equipment and defined fire-rated assemblies.
Trace the heat-transfer path
Map conduction, radiation, convection and thermal bridges across the complete assembly.
Fit the insulation architecture
Match temperature, thickness, geometry, handling, covering and surrounding material requirements.
Confirm performance evidence
Review the relevant product data, test method, configuration and application limits before specification.
Engineering insights
Technical answers for the next design decision.
Focused articles on heat transfer, material selection and application boundaries for engineering teams.
Vacuum insulation / heat pathApplication insight
How vacuum insulation panels reduce heat transfer
See how vacuum, core material, barrier film and panel integration influence performance and usable space.
Engineering perspective
Designing against thermal propagation in energy storage systems
Frame passive protection around cell-to-cell, module and enclosure heat paths.
Selection guide
View InsightsChoosing the right microporous insulation format
Compare rigid, flexible and shaped formats against geometry, handling and thermal duty.
Start a technical conversation
Tell us what the thermal boundary must achieve.
Tell us where the heat comes from, what must be protected and how much room is available. We will suggest the most relevant starting point.
Discuss your applicationPlease keep the first enquiry non-confidential. A Siltherm specialist will follow up with the relevant product information.