BioSiC® shows appropriate properties for its massive use in numerous applications in which elements with good mechanical features at high temperature are required. It is possible to utilize bioSiC® pins for joining parts, improving their structural behavior. It can be applied as fireproof assembly pieces into wooden structures in construction and as reinforcing heat-resistant concrete in the steel industry.

Silicon carbide is the ideal material to be used as high temperature resistors. When fabricating SiC through traditional methods it is difficult to obtain complex shapes, but bioSiC® resistors are fabricated into the clients’ required shape, and show optimum tairolable electrical properties.

Mobile electrical conductive components working in chemically aggressive environments, subjected to high friction or intense corrosion, need to be made with a material with multifuntional character. BioSiC® is an ideal material for the fabrication of these devices.

Advances with the fabrication of bioSiC® parts in complex shapes have proven the viability of their use as heat absorbers. For their use as high temperature filters, bioSiC® parts can be adapted to the exact shape of the nozzle, and show a high erosion resistance. It is also possible to respond to clients’ needs in relation of piece thickness and sieve size.

The excellent thermal properties offered by bioSiC® make it a suitable material for its use in furnaces and firing systems. Equipment used in high temperature heating systems can be fabricated from bioSiC®, so industrial applications include a wide range of sectors: ceramics, glass, metallurgical and chemical.

The main challenge of implant technology is the development of a new generation of lightweight materials for implants, reliable and durable with superior mechanical properties and better biological response. Biomorphic-EBT, manufactures materials with hierarchical structures, with anisotropic intelligent behavior  and advanced biomedical features designed for the replacement of bones and ligaments.