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solidian ANTICRACK is a further development of our reinforcement solidian GRID, which functions specifically as crack eliminating reinforcement. The carbon reinforcement can be laid close to the surface and thus have a particularly positive influence on crack formation in concrete components. solidian ANTICRACK is charged with a specially designed grip and thus achieves an even better interlocking with the concrete. solidian ANTICRACK reinforcements are an economically interesting alternative to conventional solutions for eliminating cracks in concrete. Our hitech reinforcements inside concrete are the building materials of the future. The new solidian ANTICRACK as crack eliminating reinforcement is the result of continuous product development and convinces with numerous advantages that make building with carbon reinforcement even more attractive. For much more information visit our website.

solidian ANTICRACK is a further development of our reinforcement solidian GRID, which functions specifically as crack eliminating reinforcement. The carbon reinforcement can be laid close to the surface and thus have a particularly positive influence on crack formation in concrete components. solidian ANTICRACK is charged with a specially designed grip and thus achieves an even better interlocking with the concrete. solidian ANTICRACK reinforcements are an economically interesting alternative to conventional solutions for eliminating cracks in concrete. Our hitech reinforcements inside concrete are the building materials of the future. The new solidian ANTICRACK as crack eliminating reinforcement is the result of continuous product development and convinces with numerous advantages that make building with carbon reinforcement even more attractive. 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.

Refractory shotcrete concrete is used in thermal power plants and heating plants: fireboxes and recirculation channel B29 frames and covers of openings, chimneys, insulation. In metallurgy is used for making furnace lining parts, liquid metal baths, casting systems, and casting pots It can be used also in various household stoves ( fireplaces, chimneys, fireboxes)

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

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

Advanced production technology allows us to fulfill special market demands for flexible reinforcements, according to application or customer needs. Specially developed AR flexible grids in combination with a variety of different coatings and filers provide high tensile strength, improved bonding to the matrix, increased alkaliresistance, and strong crack resistance. Flexibility without compromising strength Easy installation onsite as it comes in a roll Simple, largearea installation due to common standard dimensions Tensile strength up to 6 times higher than steel Excellent for restoration application due to flexible and easy installation properties High mechanical strength Electrically conductive (for monitoring and heating) solidian eGRID The very high elastic modulus for small deflections in building elements UltraLightweight Roll option in different dimensions Panels optional on request

Advanced production technology allows us to fulfill special market demands for flexible reinforcements, according to application or customer needs. Specially developed AR flexible grids in combination with a variety of different coatings and filers provide high tensile strength, improved bonding to the matrix, increased alkaliresistance, and strong crack resistance. Flexibility without compromising strength Easy installation onsite as it comes in a roll Simple, largearea installation due to common standard dimensions Tensile strength up to 6 times higher than steel Excellent for restoration application due to flexible and easy installation properties High mechanical strength Electrically conductive (for monitoring and heating) solidian eGRID The very high elastic modulus for small deflections in building elements UltraLightweight Roll option in different dimensions Panels optional on request

solidian Corner is a specially developed reinforcement for corner protection (inner and external corners). It connects the inside and outside of the wall together with solidian Connector LShape, solidian Connector Open End, and solidian Grid. It is installed directly in fresh plaster or by sprayup technology. long lasting, safe solution – corrosion free compatible with any type of wall – brick, concrete, stone compatible with all types of plaster on the market used in solidian earthquake system

Cracks usually appear first where the building structure is the weakest joints, corners, edges! And cracks can travel through walls over time if they are not stopped, further weakening the structure of your building. We think it is best to make sure that cracks do not start in the first place. Our solidian corner 3D in is specially developed to create the strongest bond in most difficult places of a building. Connecting the ceiling or floor with with an outsidecorner, for example on a chimney, is the most important part. No measuring and cutting needed! Take out of the box and apply our solidian corner 3D out just like that. Strong carbon fiber reinforcement mesh Up to seven times higher tensile strength compared to structural steel No corrosion so it’s very durable Our special solidian ANTICRACK rough sanded surface for superior bonding properties 3D corner shaped to all corners and edges Connects walls with ceilings and floors Easy to handle and apply

Cracks usually appear first where the building structure is the weakest joints, corners, edges! And cracks can travel through walls over time if they are not stopped, further weakening the structure of your building. We think it is best to make sure that cracks do not start in the first place. Our solidian corner 3D out is specially developed to create the strongest bond in most difficult places of a building. Connecting the ceiling or floor with with an outsidecorner, for example on a chimney, is the most important part. No measuring and cutting needed! Take out of the box and apply our solidian corner 3D out just like that. Strong carbon fiber reinforcement mesh Up to seven times higher tensile strength compared to structural steel No corrosion so it’s very durable Our special solidian ANTICRACK rough sanded surface for superior bonding properties 3D corner shaped to all corners and edges Connects walls with ceilings and floors Easy to handle and apply

Cracks usually appear first where the building structure is the weakest joints, corners, edges! And cracks can travel through walls over time if they are not stopped, further weakening the structure of your building. We think it is best to make sure that cracks do not start in the first place. Strong carbon fiber reinforcement mesh Up to seven times higher tensile strength compared to structural steel No corrosion so it’s very durable Our special solidian ANTICRACK rough sanded surface for superior bonding properties 3D corner shaped to all corners and edges Connects walls with ceilings and floors Easy to handle and apply

Ideal addition to our anchoring system for patching holes and preventing cracks. Even the strongest wall can have some weak spots. Patch them up with the strongest carbon reinforcement on the market. No measuring and cutting needed! Take out of the box and apply our solidian Patch Square Carbon just like that. Strong carbon fiber reinforcement mesh Up to seven times higher tensile strength compared to structural steel No corrosion so it’s very durable Our special solidian ANTICRACK rough sanded surface for superior bonding properties 3D corner shaped to all corners and edges Connects walls with ceilings and floors Easy to handle and apply

solidian REMATs are produced of our noncorrosive and extremely strong solidian REBARs. The rebars are attached to each other by durable and solid injection molded crossing points forming the rigid mat. As a result, solidian REMATs are combining the same unbelievable mechanical properties of our solidian REBARs with the efficient handling of a robust mat on site. You do not need to knot together with your rebars in your prefab plant or construction site saving time and money. The solid injection points are enabling that you can walk on solidian REMATs. So what is the argument to still use steel or stainless steel? 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

solidian REMATs are produced of our noncorrosive and extremely strong solidian REBARs. The rebars are attached to each other by durable and solid injection molded crossing points forming the rigid mat. As a result, solidian REMATs are combining the same unbelievable mechanical properties of our solidian REBARs with the efficient handling of a robust mat on site. You do not need to knot together with your rebars in your prefab plant or construction site saving time and money. The solid injection points are enabling that you can walk on solidian REMATs. So what is the argument to still use steel or stainless steel? 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 construction materials are required and the service life is increased

solidian REMATs are produced of our noncorrosive and extremely strong solidian REBARs. The rebars are attached to each other by durable and solid injection molded crossing points forming the rigid mat. As a result, solidian REMATs are combining the same unbelievable mechanical properties of our solidian REBARs with the efficient handling of a robust mat on site. You do not need to knot together with your rebars in your prefab plant or construction site saving time and money. The solid injection points are enabling that you can walk on solidian REMATs. So what is the argument to still use steel or stainless steel? 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 construction materials are required and the service life is increased

solidian REMATs are produced of our noncorrosive and extremely strong solidian REBARs. The rebars are attached to each other by durable and solid injection molded crossing points forming the rigid mat. As a result, solidian REMATs are combining the same unbelievable mechanical properties of our solidian REBARs with the efficient handling of a robust mat on site. You do not need to knot together with your rebars in your prefab plant or construction site saving time and money. The solid injection points are enabling that you can walk on solidian REMATs. So what is the argument to still use steel or stainless steel? 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 construction materials are required and the service life is increased

solidian REMATs are produced of our noncorrosive and extremely strong solidian REBARs. The rebars are attached to each other by durable and solid injection molded crossing points forming the rigid mat. As a result, solidian REMATs are combining the same unbelievable mechanical properties of our solidian REBARs with the efficient handling of a robust mat on site. You do not need to knot together with your rebars in your prefab plant or construction site saving time and money. The solid injection points are enabling that you can walk on solidian REMATs. So what is the argument to still use steel or stainless steel? 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 construction materials are required and the service life is increased

solidian REMATs are produced of our noncorrosive and extremely strong solidian REBARs. The rebars are attached to each other by durable and solid injection molded crossing points forming the rigid mat. As a result, solidian REMATs are combining the same unbelievable mechanical properties of our solidian REBARs with the efficient handling of a robust mat on site. You do not need to knot together with your rebars in your prefab plant or construction site saving time and money. The solid injection points are enabling that you can walk on solidian REMATs. So what is the argument to still use steel or stainless steel? 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 construction materials are required and the service life is increased

solidian REMATs are produced of our noncorrosive and extremely strong solidian REBARs. The rebars are attached to each other by durable and solid injection molded crossing points forming the rigid mat. As a result, solidian REMATs are combining the same unbelievable mechanical properties of our solidian REBARs with the efficient handling of a robust mat on site. You do not need to knot together with your rebars in your prefab plant or construction site saving time and money. The solid injection points are enabling that you can walk on solidian REMATs. So what is the argument to still use steel or stainless steel? 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 construction materials are required and the service life is increased

solidian REMATs are produced of our noncorrosive and extremely strong solidian REBARs. The rebars are attached to each other by durable and solid injection molded crossing points forming the rigid mat. As a result, solidian REMATs are combining the same unbelievable mechanical properties of our solidian REBARs with the efficient handling of a robust mat on site. You do not need to knot together with your rebars in your prefab plant or construction site saving time and money. The solid injection points are enabling that you can walk on solidian REMATs. So what is the argument to still use steel or stainless steel? 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 construction materials are required and the service life is increased

solidian REMATs are produced of our noncorrosive and extremely strong solidian REBARs. The rebars are attached to each other by durable and solid injection molded crossing points forming the rigid mat. As a result, solidian REMATs are combining the same unbelievable mechanical properties of our solidian REBARs with the efficient handling of a robust mat on site. You do not need to knot together with your rebars in your prefab plant or construction site saving time and money. The solid injection points are enabling that you can walk on solidian REMATs. So what is the argument to still use steel or stainless steel? corrosionresistant thinner concrete cover, longer service life, lower refurbishment costs reduced weight with higher tensile strength high tensile strength lower overall construction costs

solidian REMATs are produced of our noncorrosive and extremely strong solidian REBARs. The rebars are attached to each other by durable and solid injection molded crossing points forming the rigid mat. As a result, solidian REMATs are combining the same unbelievable mechanical properties of our solidian REBARs with the efficient handling of a robust mat on site. You do not need to knot together with your rebars in your prefab plant or construction site saving time and money. The solid injection points are enabling that you can walk on solidian REMATs. So what is the argument to still use steel or stainless steel? 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 construction materials are required and the service life is increased

solidian REMATs are produced of our noncorrosive and extremely strong solidian REBARs. The rebars are attached to each other by durable and solid injection molded crossing points forming the rigid mat. As a result, solidian REMATs are combining the same unbelievable mechanical properties of our solidian REBARs with the efficient handling of a robust mat on site. You do not need to knot together with your rebars in your prefab plant or construction site saving time and money. The solid injection points are enabling that you can walk on solidian REMATs. So what is the argument to still use steel or stainless steel? 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 construction materials are required and the service life is increased

solidian REMATs are produced of our noncorrosive and extremely strong solidian REBARs. The rebars are attached to each other by durable and solid injection molded crossing points forming the rigid mat. As a result, solidian REMATs are combining the same unbelievable mechanical properties of our solidian REBARs with the efficient handling of a robust mat on site. You do not need to knot together with your rebars in your prefab plant or construction site saving time and money. The solid injection points are enabling that you can walk on solidian REMATs. So what is the argument to still use steel or stainless steel? 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 construction materials are required and the service life is increased

solidian REMATs are produced of our noncorrosive and extremely strong solidian REBARs. The rebars are attached to each other by durable and solid injection molded crossing points forming the rigid mat. As a result, solidian REMATs are combining the same unbelievable mechanical properties of our solidian REBARs with the efficient handling of a robust mat on site. You do not need to knot together with your rebars in your prefab plant or construction site saving time and money. The solid injection points are enabling that you can walk on solidian REMATs. So what is the argument to still use steel or stainless steel? 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 construction materials are required and the service life is increased

solidian REMATs are produced of our noncorrosive and extremely strong solidian REBARs. The rebars are attached to each other by durable and solid injection molded crossing points forming the rigid mat. As a result, solidian REMATs are combining the same unbelievable mechanical properties of our solidian REBARs with the efficient handling of a robust mat on site. You do not need to knot together with your rebars in your prefab plant or construction site saving time and money. The solid injection points are enabling that you can walk on solidian REMATs. So what is the argument to still use steel or stainless steel? 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 construction materials are required and the service life is increased