Fujian Supertech Cold Chain Technology Co., Ltd.
EN
Thermal Insulation Material
Supercooler

Thermal Insulation Material

Unlock the ultimate thermal potential of your products. At our core, advanced materials like VIP panels are the secret foundation for superior insulation. Ultra-thin and efficient, they integrate easily into various designs, empowering your products with longer retention and compact size. Let our core material technology build your competitive edge.

Get A Quote
Equipment

Types of Thermal Insulation Material

  • Fumed Silica Vacuum Insulation Panels
    The Air Silicon VIP utilizes vacuum insulation technology with inorganic nano-porous insulation materials. These materials feature a loose, porous structure, lightweight texture.
    Learn More
  • Lightweight VIP (Supertech-L-VIP)
    The lightweight VIP (Supertech-L-VIP) product features a light weight, excellent thermal insulation, non-expansion, fire resistance, non-combustibility in open flames.
    Learn More
  • Vacuum Insulation Panel/VIP
    The Vacuum Insulation Panel (VIP) features ultra-thin profiles, compact dimensions, lightweight construction, and exceptional thermal conductivity.
    Learn More
  • PU-VIP
    Adopting the core product vacuum insulation board (VIP) independently developed by Saite New Materials, it has a low heat transfer coefficient and superior insulation performance.
    Learn More
  • PCM Coolant
    Produced by food grade raw material HDPE, it is non-toxic, tasteless and environmental protection.After roughness treatment on HDPE surface,the coolant is not easy to seep out.
    Learn More
High Tech

How PCM Phase Change Materials Work

PCMs act like smart "temperature batteries." At a set point (e.g., 0-5°C), they change phase (solid to liquid), absorbing/releasing large latent heat while staying nearly constant in temperature. In cold chain packaging, they actively buffer against fluctuations by absorbing excess heat or releasing cold, ensuring prolonged temperature stability.

High Tech

What Is the Best Thermal Insulation Material

There is no universally “best” insulation material. In cold chain, Vacuum Insulation Panels (VIPs) lead with thermal conductivity up to 10x lower than conventional materials. Phase Change Materials (PCMs) are key for smart buffering. The optimal solution scientifically integrates multiple materials based on your specific temperature, cost, and space requirements.

Faq

Thermal Insulation Material FAQs

How does Lightweight VIP (Supertech-L-VIP) compare to standard VIP in performance?

Supertech-L-VIP offers similar insulation (K-value) as standard VIP but with ~30% lower weight, ideal for weight-sensitive applications.

What are the available temperature ranges for your PCM Phase Change Materials?

We offer PCMs with phase change temperatures from -25°C to +25°C, including common ranges like -20°C, 0-5°C, and 2-8°C.

What is the shelf life and stability of the vacuum insulation panels (VIP)?

Stored properly, VIPs have a long shelf life. In-service, performance is stable for years, though thermal resistance may gradually decrease.

Can PU-VIP composite panels be cut or modified on-site without losing vacuum?

No. Cutting or piercing the panel's barrier film will break the vacuum and permanently destroy its insulation performance.

What are the main advantages of using Air Silicon VIP over traditional foam?

Its ultra-low thermal conductivity provides 5-10x better insulation at the same thickness, enabling thinner, higher-performance designs.

Do you provide technical data sheets (TDS) for the insulation thickness required for specific durations?

Yes. We provide detailed TDS and thermal calculation support to help you determine the optimal insulation thickness for your needs.

Contact Us Today for Premium Cold Chain Solutions.
Contact
Keep in touch!
Unlock your optimal cold chain solution. Contact us today for a free, no-obligation quote and expert advice tailored to your needs.
Contact Us
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. Part of the tracking is necessary to ensure SEO effectiveness,
By using this site, you agree to our use of cookies. Visit our cookie policy to learn more.
Reject Accept