Industrial Laminates are structural composite materials that consists of two components - a reinforcement material and a thermosetting resin system. The two components are cured together under pressure at high temperature into the finished composite material. The reinforcement materials and the resin systems can be combined individually, making it possible to construct composite materials with very specific properties which helps it being attractive and versatile in nature when compared to its alternatives in other structural materials.
Laminates also have stable geometry at high temperatures and have minimal deformation when subjected to loads. In addition, they have a high strength to weight ratio and also have properties that do not deteriorates with age. From their other application as insulating material in electro-mechanical designs, modern laminates have spread to a large number of other industries, resulting in a constantly increasing number of new applications.

Industrial Laminates are structural composite materials that consists of two components - a reinforcement material and a thermosetting resin system. The two components are cured together under pressure at high temperature into the finished composite material. The reinforcement materials and the resin systems can be combined individually, making it possible to construct composite materials with very specific properties which helps it being attractive and versatile in nature when compared to its alternatives in other structural materials.
Laminates also have stable geometry at high temperatures and have minimal deformation when subjected to loads. In addition, they have a high strength to weight ratio and also have properties that do not deteriorates with age. From their other application as insulating material in electro-mechanical designs, modern laminates have spread to a large number of other industries, resulting in a constantly increasing number of new applications.