Kapok fibre has the advantage of low density, low porosity and low thermal conductivity,
which make it an excellent substitute for fumed silica and environmentally-unfriendly …

Thermal insulation materials of vacuum insulation panels (VIPs) are manufactured utilizing
an efficient and cost-effective hybrid multi-level network composite core material made from …

Up to now, the fiber/powder porous media is getting more and more attention as a new
development direction in the field of vacuum insulation panels. In this paper, the random …

With the rapid development of China's economy and people's higher and higher
requirements for living standards, energy conservation and emission reduction are …

The permeation of dry air in vacuum insulation panels (VIPs) with a glass fiber core has
been often prevented using laminated films with metallized ethylene vinyl alcohol copolymer …

Although the long-term performance of vacuum insulation panels (VIPs) made from glass-
fiber-core material and getter can be predicted in a controlled laboratory environment, the …

This study introduces a novel design methodology for composite insulation material aimed
at reducing the operational energy consumption of buildings. Vacuum Insulation Panels …

Abstract Fiber/Particle composites (FPCs) have garnered increasing attention as promising
insulation materials in the energy field. Establishing a suitable composite model that can be …

Vacuum insulation panels (VIPs) have a potential to be used for retrofitting thermal
insulation to existing buildings from the viewpoint of low thermal conductivity, small …

Super-insulation materials have become more commonplace as highly insulated building
envelopes are required to reduce the energy demand of buildings aligned with the net zero …