Abstract Sepiolite (Si 12 Mg 8 O 30 (OH, F) 4].(H 2 O) 4· 8H 2 O) is a valuable filler with an
enormous capacity to be used in thermoplastic composites, substituting costly reinforcing …

The evolution of technology means that increasingly better materials are needed. It is well
known that as a result of their interesting properties, nanocellular polymers perform better …

High-performance thermal insulation materials play a critical role in thermal management
and saving energy. The current conventional thermal insulation materials cannot meet the …

Due to special micro-nano scale heat transfer effect and the ultra-large specific area,
nanocellular polymer foams (NPFs), especially NPFs with high porosity, have great …

Recently, the fabrication of semicrystalline polymer foams with a nanocellular structure by
supercritical fluids has been becoming a newly developing research hotspot, owing to their …

This work aims to predict the thermal conductivity of microcellular and nanocellular thermal
insulation foams to explore the correlation between the cellular structure and the thermal …

Nanocomposite hydrophilic flexible polyurethane foams were prepared by in situ
polymerization using an organomodified sepiolite as filler. The sepiolite affinity by nitrates …

Nanocellular polymers are a new generation of materials with the potential of being used as
very efficient thermal insulators. It has been proved experimentally that these materials …

Low-density nanocellular polymers are required to take advantage of the full potential of
these materials as high efficient thermal insulators. However, their production is still a …

In nanocellular foam production, achieving cell sizes less than 100 nm with low relative
densities is challenging. In this study, poly (methyl methacrylate)(PMMA) was blended with …