Composite material evolves from combining two or more components, resin (the matrix) and fabric (the armor) in various formations. Components of the composite material tend to vary in their chemical compositions, shapes and characteristics, and can't be solvent one in the other. Creation of various compositions enables reception of optimal combination of synergetic superior characteristics, which cannot be found separately in each one of the components.

Selected fiber and fabric are being absorbed in resins in various manufacturing methods in order to create a matrix with unique mechanical, physical and chemical characteristics.

Today's advanced products require materials with unique characteristics capable to provide them with strength alongside with lightweight, hardness combined with flexibility, and other additional characteristics to assure high quality together with superior technology. Composite materials are capable to provide optimal response to such requirements, unrolling infinite opportunities.

Summation of Characteristics:

• Composite materials are made of fiber and fabric, which are saturated in resin to create a matrix with unique mechanical, physical and chemical characteristics.
• The final characteristics of the composite material can be determined by choosing the appropriate fiber and epoxy.
• Composite materials are highly flexible, and enable unrestricted product design and production.
• The composite material can be adapted to the application (Tailor-made).