Injecting high-performance insulation
Building on nanotechnology and, specifically, clay nanocomposites, EU-funded scientists are filling the market gap with work on the project 'Development of a novel, low-cost fireproof insulation material' (SHIELD). An important pillar of the project's success is application of the insulation with low-cost, automated spray/injection technology. Within the first nine months, the team developed a nanoclay-based material with low density and low thermal conductivity. Scientists are now working on enhancing mechanical properties of the nanoclay. In parallel, investigators are developing the inorganic binder and additives to improve materials properties, consistency and processing. Processing is likely to play a critical role in meeting end-user requirements. Future work will focus on processing technology and its contributions to final product properties. Researchers plan to demonstrate pilot-scale synthesis of the new materials and application of the SHIELD insulation technology in demanding situations. These include air ducts, fire doors, high-level insulation in the oil and gas industry, and household appliances. Technology will open new markets for both materials and processing partners. It will also create an important technology for end users to fill the current gap in available fire-retardant and humidity-resistant insulation for hard-to-reach places.
Keywords
Insulation, construction, clay nanocomposites, fireproof insulation, spray/injection
