Carbon concrete - Import export

solidian REBARs are combining highstrength fibers with extremely resistant resins in the production process named pultrusion. Here carbon or glass fibers are oriented extremely straight, impregnated by resin and hardened. solidian REBARs are realizing unbelievable high and durable loadbearing capacities up to most extreme demands. This is the result of the combination of the straightness of the fibers and the selectable big diameters of the crosssection. As such solidian REBARs are accessible onsite. So they are the ideal noncorrosive substitution for metallic reinforcements for everybody who is interested in economical and ecological sustainability. corrosionresistant thinner concrete cover, longer service life, lower refurbishment costs reduced weight with higher tensile strength high tensile strength lower overall construction costs electronically isolating and nonmagnetic sustainable and resourcesaving fewer

solidian GRID is textile reinforcement made from various fibers such as carbon, glass, basalt, or hybrid and therefore is ultralightweight. Compared to classic steel reinforcement, solidian reinforcements have up to 7 times higher tensile strength and do not corrode. Our reinforcements are extremely versatile and can be used in areas where usually only stainless steel reinforcement or structures with increased concrete cover are used. solidian reinforements require only the minimum concrete cover and thus contribute to savings in material and transport costs. For much more information visit our website.

solidian GRID is textile reinforcement made from various fibers such as carbon, glass, basalt, or hybrid and therefore is ultralightweight. Compared to classic steel reinforcement, solidian reinforcements have up to 7 times higher tensile strength and do not corrode. Our reinforcements are extremely versatile and can be used in areas where usually only stainless steel reinforcement or structures with increased concrete cover are used. solidian reinforements require only the minimum concrete cover and thus contribute to savings in material and transport costs. For much more information visit our website.

solidian GRID is textile reinforcement made from various fibers such as carbon, glass, basalt, or hybrid and therefore is ultralightweight. Compared to classic steel reinforcement, solidian reinforcements have up to 7 times higher tensile strength and do not corrode. Our reinforcements are extremely versatile and can be used in areas where usually only stainless steel reinforcement or structures with increased concrete cover are used. solidian reinforements require only the minimum concrete cover and thus contribute to savings in material and transport costs. For much more information visit our website.

solidian GRID is textile reinforcement made from various fibers such as carbon, glass, basalt, or hybrid and therefore is ultralightweight. Compared to classic steel reinforcement, solidian reinforcements have up to 7 times higher tensile strength and do not corrode. Our reinforcements are extremely versatile and can be used in areas where usually only stainless steel reinforcement or structures with increased concrete cover are used. solidian reinforements require only the minimum concrete cover and thus contribute to savings in material and transport costs. For much more information visit our website.

solidian GRID is textile reinforcement made from various fibers such as carbon, glass, basalt, or hybrid and therefore is ultralightweight. Compared to classic steel reinforcement, solidian reinforcements have up to 7 times higher tensile strength and do not corrode. Our reinforcements are extremely versatile and can be used in areas where usually only stainless steel reinforcement or structures with increased concrete cover are used. solidian reinforements require only the minimum concrete cover and thus contribute to savings in material and transport costs. For much more information visit our website.

Superior performance wedge dowel (carbon steel) for high static and seismic loads in cracked concrete Material, corrosion: Carbon steel, zinc plated Head configuration: External thread Approvals / test reports: ETA, FM (Factory Mutual), Seismic, Fire Features More economical, optimized dowel designs – wider embedment depth range, flexible edge and spacing allow more economical designs to be created using smaller base plates and façade brackets Faster and easier correct installation – no hole cleaning required (M8-M20) and ready for automatic pre-tensioning with Hilti Adaptive Torque tool (M8-M16) Design support available – use the PROFIS Engineering Software Suite to simplify steel-concrete connection design or contact your local Hilti Engineering Team for advice on more complex projects Easier inspections – head marking showing dowel type and length simplifies quality control after insertion

The BSC grinding materials are widely used in the abrasive tools manufacturing and fixed-abrasives - rougher, cutting-off and grinding; tools on a flexible base - coated abrasives, in the process of loose abrasive grains grinding. The BSC grinding materials are used: in the process of iron and nonferrous metals, carbon, glass and ceramics, stone, concrete, bricks and chamotte, wood substance, plastics, leather, rubber, and other hard, tough, brittle, alloys, and materials of natural and artificial origin treatment; in the refractory and ceramic industries as a component for moldings and antipenetration washes, in the process of crucibles for casting of non-ferrous and precious metals production, for wash troughs. Refractory products of silicon carbide abrasive materials have high thermal conductivity, heat resistance (deformation starting above 1500 C), resistance to acid slags.