Nanomouldrelease is formulated with higly refined methods incorporating the use of nanotechnology. Its system of delivery and the coating itself bears testimony of how far technology has taken us today. Nanomouldrelease comes in a full range of products with design-based delivery systems and applications. Because of this range, Nanomouldrelease has enormous flexibility and versitility in designed application methods. Intricate mold designs can now be incorporated. Nanomouldrelease, with a specially designed form of hybrid material as its base, is a surface coating so fine, youd have to see it under very high magnification. At between 100nm ( 0.0001mm) to 200nm (0.0002mm) in thickness, this coating has hydrophobic (water repelling) anti-stick ,anti-static and anti-corossion properties with an extremely low-friction coefficient. It reduces surface pressure, repels UV, is non-toxic, is translucent and colorless, does not migrate to other surfaces, does not chemically bond with other substances, and can be used with ease of applicaion. Nanomouldrelease, be it in the Plastics, Rubber or die casting Industries, greatly reduces the need to use traditional mold release products that require much time and labor in machine/tool maintenance. Depending on the mold design and the materials used, Nanomouldrelease has even eradicated the use of traditional mold release products. Longer uninterrupted production time with fewer and shorter maintenance periods in production cycles equal higher productivity and reduced costs. A highly polished, glossy surface may appear to be flawlessly smooth when viewed with the naked eye. However, at a magnification of 20,000 times, gaps and crevices can clearly be seen. Nanomoldrelease fills up all the tiny gaps and crevices on surfaces with a microscopic mesh-like structure that can withstand a very wide range of temperatures from ?0 ~ 450C without compromising the stability of the nano-meshs cross-linking structure or its adherance to the surface it is applied onto. And because of its unique moloecular structure, Nanomouldreleases inherent flexibility allows it to stretch and contract with the substrate through such ranges in temperature without cracking or peeling. Dramatic increases in production output, reduced time spent on production and maintenance cycles, higher quality endproducts and a wider range of production capabilities make Nanomouldrelease the ideal choice in the competitive manufacturing industry today.