VIP vs conventional insulation
When every millimetre matters
Not every application requires Vacuum Insulation Panels. But when space is limited, temperatures must remain stable or performance targets are demanding, conventional insulation can quickly reach its limits.
Vacuum Insulation Panels provide a different approach. By delivering significantly higher thermal performance within a much thinner profile, VIPs unlock design possibilities that are often impossible to achieve with traditional insulation materials.
More performance in less space
The biggest advantage of Vacuum Insulation Panels is simple: exceptional thermal performance at minimal thickness.
While conventional insulation materials require increasingly thicker constructions to improve thermal performance, VIP technology achieves comparable results with a fraction of the thickness.
What this means for your applications:
- Thinner insulation walls → more usable space
- Longer temperature hold times → increased reliability
- Smaller packaging footprint → lower logistics costs
- Enhanced protection of high-value, temperature-sensitive payloads
- Powering cold chain transport → increasing your payload and reducing shipper size without losing thermal margin → maximising load capacity
Insights from Turvac experts
When should you consider VIP technology?
VIPs deliver the greatest value when thermal performance, space efficiency and operating costs are closely linked.
Temperature-controlled packaging
Ensuring the ultimate level of thermal stability through passive thermal packaging solutions that protect temperature-sensitive products without the need for an external power source.
Cold chain logistics & infrastructure
Delivering thermal reliability throughout the supply chain through active temperature-controlled logistics and infrastructure, supporting the safe storage and transportation of temperature-sensitive products.
Construction
Achieving superior insulation performance at minimum thickness, ensuring reduction of formerly inevitable thermal bridges and increase of energy-efficiency to the highest possible level.
Heating & cooling
Delivering exceptional thermal performance in a significantly thinner profile, helping heating and cooling manufacturers reduce energy consumption while creating more usable space within the same appliance dimensions.