AMA COMPOSITES S.R.L.

The AMA International Group grew up around AMA spa, which was set up in 1967 by Luciano Malavolti (who is still group president) to ensure the availability of accessories and spare parts for farming and gardening machinery.

With its 11 production facilities and 14 distribution subsidiaries in major European countries, over 1,000 employees in 20 different countries and a range of over 100 thousand articles, the AMA group is currently able to supply component parts and equipment for assembling and servicing slow-moving farm and greenery maintenance vehicles.

AMA includes AMA NANOTECH, belonging to the AMA COMPOSITES division – based in San Martino in Rio (RE) – design, structuring and development for the Building & Construction sector. To better comply with increasingly more stringent regulations in the field of sustainable development and home-living well-being, AMA NANOTECH has designed a range of products with one-of-a-kind and innovative technical-performance characteristics. Besides the line of nano-technological insulating products in Aerogel – in rolls or panels –.

Aeropan® is a panel designed for the heat insulation of those building structures which require a higher degree of insulation in the least possible space. It consists of a nano-technological insulation in Aerogel coupled with a polypropylene breathing membrane reinforced with glass fibre and has been designed for reduced-thickness heat insulation.

Amagel A2 represents a new major step in the development of silica Aerogel-based nano-technological insulating products.

It consists in a fibreglass-based flexible insulating matrix and a high concentration of nanoporous aerogels, able to ensure the very best heat performance in any condition of application.

Aeropan and Amagel A2, available in thicknesses of 3, 6, 10, 20, 30, 40, 50 and 60, permits optimizing interior spaces in building applications for commercial and residential buildings, providing the very highest values of heat resistance – thickness being equal – compared to insulating materials of conventional type.