Our new KOMPOSIT technology offers materials for high temperature applications and rough industrial environment. These products are an evolution of the fibre-reinforced plastics and ceramics.

With our fibre-reinforced plastics and polymers, we achieve permanent application temperatures of 752°F without losing synthetic character.

Our fibre reinforced composite ceramics or ceramic matrix composites can withstand temperatures of 3272°F at normal atmosphere and 5432°F in vacuum or protective gas atmosphere.

Through our unique technology of manufacturing fibre system composites, we save resources of energy and raw materials. The matrix of KOMPOSIT has synthetic as well as mineral character. Our ceramic matrix composites are distinct with the following advantages: anti adhesive, insulating qualities, high bending strength, tensile strength, impact strength, shock resistance, torsion and variable electrical conductivity. We combine the advantages of mineral materials with high temperature solidities. Through modifications of the matrix, we can discontinue electric and thermal conductivities according to your requirements.

When using different fibres or their combinations, we can change the mechanical, thermal and electric qualities.

Our fibre reinforced ceramics are:

KOMPOSIT-A - Al2O3 fibre reinforced preceramics,

KOMPOSIT-B - basalt fibre reinforced preceramics,

KOMPOSIT-C - carbon fibre reinforced preceramics,

KOMPOSIT-C/C - carbon fibre reinforced carbonized preceramics,

KOMPOSIT-C/SiC - carbon fibre reinforced SiC preceramics

KOMPOSIT-S - SiO2 - fibre reinforced preceramics

SANDWICH-C/A – KOMPOSIT-C with surface KOMPOSIT-A,

SANDWICH-C/S - KOMPOSIT-C with surface KOMPOSIT-S.

Our standard plate dimensions are up to 78 inch in length and width, starting from 0,05 inch in thickness. We manufacture the following geometrical forms: rods, tubes, profiles and various moulded parts. In order to determine the right fibre system material for you, we can provide you with our professional advice.