SuperCooler Fumed Silica Vacuum Insulation Panel: One Insulation Material, Three Worlds – Architecture, Cold Chain, and Aerospace

What insulation material can you find on the exterior walls of skyscrapers, inside cold‑chain shipping containers, and even on spacecraft components?

Here’s one answer:

SuperCooler Fumed Silica Vacuum Insulation Panel

SuperCooler Fumed Silica Vacuum Insulation Panel – precisely engineered to meet the global market’s demand for energy savings, carbon reduction, and long‑term stability.

With exceptional thermal performance, it has been widely adopted in building energy efficiency, cold‑chain logistics, refrigerated warehouses, and aerospace applications across Europe, Asia‑Pacific, and North America.

What Makes It Span Three Major Industries?

The core of the SuperCooler fumed silica VIP lies in the synergy between its nanoporous fumed‑silica skeleton and high‑vacuum encapsulation technology. The inherently nanoporous structure of fumed silica dramatically suppresses solid‑state heat conduction, while the internal high vacuum virtually eliminates convective and gaseous heat transfer. Together, they push thermal conductivity to the physical limit of the material.

Take the SuperCooler fumed silica VIP as an example – its key technical specifications are:

Core Parameters:

Thermal conductivity as low as 0.002–0.005 W/(m·K) (under vacuum)

1/5 to 1/10 that of conventional PU insulation

Over 1/16 that of standard EPS foam

Key Advantages:

• Half the thickness – for the same insulation effect, panel thickness is only half that of traditional materials

• Half the weight – ultra‑lightweight, drastically reducing structural loads

• Double the insulation – at the same thickness, thermal performance is more than twice that of conventional materials

• Energy‑saving and eco‑friendly – extremely low lifecycle carbon emissions

• Stable and durable – extremely slow performance degradation, long service life

How Does SuperCooler Solve the Pain Points of Three Key Scenarios?

Premium Building Sector – Ideal for Retrofits and New Super‑High‑Rise Construction

Traditional rock wool, PU, and EPS insulation suffer from low efficiency – leading to overly thick walls that consume space, increased dead load, gradual aging and failure, difficulty meeting carbon targets, and failure to achieve green building certifications.

SuperCooler fumed silica VIP is ultra‑thin and lightweight – for the same energy performance, thickness and weight are cut in half. It complies with EU standards EN 13172 and EN ISO 8301. It frees up indoor floor area, reduces structural loads, and delivers low lifecycle carbon emissions, helping projects pursue top green ratings such as Germany’s DGNB and the UK’s BREEAM.

Cold‑Chain Logistics – Maintaining Stable Low Temperatures and Cutting Cross‑Border Energy Consumption

Cross‑border cold chains and pharmaceutical storage demand extreme temperature precision. Traditional materials offer weak insulation, large temperature fluctuations, high cargo loss risk, and bulky walls that add weight and fuel consumption. Performance also degrades quickly after thermal cycling, making it hard to meet EU energy regulations.

With thermal conductivity as low as 0.002–0.005 W/(m·K), SuperCooler VIP enables precise temperature control for 24 to 120 hours (customizable duration and temperature zones). Its lightweight, thin‑wall design increases effective loading volume and significantly reduces transportation carbon emissions.

Aerospace – Reliable Thermal Protection Under Extreme Conditions

Aerospace components face severe temperature swings and high vibration loads. Traditional insulation materials are inefficient, heavy, and unstable – failing to meet the stringent lightweight and long‑life requirements.

SuperCooler VIP, with its superior insulation, ultra‑light weight, minimal performance decay, and resistance to extreme temperature variations, perfectly matches the protective needs of spacecraft parts and aviation precision equipment. It provides efficient thermal protection while strictly controlling weight and ensuring structural safety – filling the gap for high‑performance insulation in extreme conditions.

Why Choose SuperCooler Fumed Silica VIP?

This is not just a material upgrade – it is a deep optimization of space, weight, and carbon footprint. In the era of energy transition and carbon neutrality, fumed silica VIP is becoming a key material that bridges high efficiency and sustainability.

The underlying logic of SuperCooler VIP spanning architecture, cold chain, and aerospace is simple: push insulation to its limit, and give space and weight back to the customer.

SuperCooler is backed by nearly two decades of deep expertise in vacuum insulation technology from its parent company, Supertech. Supertech is not only a co‑drafter of the industry standard "Vacuum Insulation Panels (VIP) for Household Appliances" but also a recipient of the AWE Award’s Core Technology Prize, and holds REACH and RoHS international certifications. With proven strength, we deliver reliable temperature‑control solutions to customers worldwide.

From material R&D to mass production, from standard setting to real‑world deployment, we are committed to driving energy efficiency upgrades through technological innovation. SuperCooler – professionalism for the long run.

Follow SuperCooler to learn how fumed silica VIP can be applied in your industry!