POLYURETHANE FOAM
Polyurethane foam is the result of a chemical reaction between two main elements: isocyanates and polyols used in different formulas; the polymer obtained from this reaction (that entails transformation from a liquid to a solid state), has completely different chemical-physical characteristics than the original raw materials, and assumes some properties that make it functional for several uses. We produce many articles with an exclusive formula, these are the most representative: Step, protective devices under the basketball hoop, sections for special applications on sports equipment, skittles, baseball bats, climbing grips, and MAT GOLD®, etc. The MAT GOLD® has made history in these years and we've been producing it for over 20 years. MAT GOLD® is the result of continuous technological development, advanced research and experimentation.

It comprises the best physical-mechanical characteristics so far realized by our polyurethane moulding plant. Here is a list of the technical characteristics of this product: it is completely made of an exclusive formula of polyurethane foam (without HFC or CFC) with an integral skin and ODP (Ozone Depletion Potential) foams; it is produced to totally conform with the current European Regulations 2037/2000 concerning the substances that deplete the ozone layer. The completely open cell formation gives the mat optimum collision absorption properties, allowing the normal flow of air through each single layer of the product. The homogeneity of the thickness and density is optimum at every point on MAT GOLD® surface. Further mechanical resistance is given by the special skin both in the lower and upper sections, thus guaranteeing an optimum grip and resistance to wear.

AGGLOMERATION
An agglomeration is by definition a compacted material, obtained from hot-pressed particles (granules) mixed with substances that will in turn glue the elements.

An agglomeration offers an optimum resistance to compression over time, which is different from a normal foam. It has a compressed cellular structure instead of a free structure.

Therefore, not like a foam, the cells, being already compressed, suffer a minimally negligible deformation with time. A greater compression of the mix corresponds to an increased agglomeration density, and therefore the greater density corresponds to a better resistance to compression.

Some items made from this raw material are: all the types of Tatami mats for Judo, fighting mats, gymnastic mats, differentiated density mats, boxing and Karate bags, with each level and type of protection.