Reinforcement - Import export

Polyethylene-based shopping bags are the most used material in the packaging industry due to their flexibility. Colour printing can be applied on the bags. Polyethylene has become the preferred type of polymeric material today due to its translucent, flexible, high fracture resistance and tensile strength, and resistance to impacts. Single-layer and coex production can be made within our company. It addresses a wide variety of fields with the production of LDPE, MDPE and HDPE.

SIMPLE APPLICATION, KALSEDON STONE PANEL PREFERED TO MAKE YOUR SPACES BEAUTIFULL WITH SPECIAL DESIGN

Round copper wire made from Cu-ETP1, Cu-OF1 and LEONI Histral® alloys, in bare, tin-plated, nickel-plated and silver-plated, soft annealed. Single wire diameter ranging from Ø 0.05 mm to Ø 0.254 mm. Number of wires used for strands: between 2 and 16 (subject to single-wire diameter). Single wire or multi wire on special bobbins fit for use in braiding machines. The braids manufactured by these machines are used in cables and conductors geared towards electromagnetic shielding or protection against damage as well as serving as a reinforcement.

TechGrid products are woven geogrids manufactured from high tenacity polyester or PVA yarns which are covered with a PVC coating, providing high tensile strength with low creep characteristics. A full range of tensile strengths, both uniaxial and biaxial geogrids are available with optimized gird structure. •Retaining walls and steep slopes. •Landscaping •Construction of new roads •Railway construction •Landslide repair •Reinforcement of unstable reservoir banks

Replaces metal fittings. Does not magnetize, does not conduct electricity. Not a "bridge of cold". Composite fiberglass reinforcement is elastic. Fiberglass is stronger than steel bars. If we compare rods with the same diameter, then the ability to withstand tensile forces in metal reinforcement is 490 MPa, and in composite reinforcement - 800-1300 MPa. Compared to metal reinforcement of the same diameter, fiberglass reinforcement is more than 2 times stronger at breaking.

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 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 construction materials are required and the

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

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

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

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

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

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

System fixed with solidian LShape increases its ductility, load bearing capacity and evenly distributes load to the surface or the entire system. solidian LShape is made with special fillers that create an active connection to the mortar or concrete. specially developed system for fixing wall reinforcement reinforcement system fixed with solidian LShape increases its ductility, load bearing capacity and evenly distributes load to the surface or the entire system connector made with special fillers that create an active connection to the mortar or concrete

System fixed with solidian LShape increases its ductility, load bearing capacity and evenly distributes load to the surface or the entire system. solidian LShape is made with special fillers that create an active connection to the mortar or concrete. specially developed system for fixing wall reinforcement reinforcement system fixed with solidian LShape increases its ductility, load bearing capacity and evenly distributes load to the surface or the entire system connector made with special fillers that create an active connection to the mortar or concrete

System fixed with solidian LShape increases its ductility, load bearing capacity and evenly distributes load to the surface or the entire system. solidian LShape is made with special fillers that create an active connection to the mortar or concrete. specially developed system for fixing wall reinforcement reinforcement system fixed with solidian LShape increases its ductility, load bearing capacity and evenly distributes load to the surface or the entire system connector made with special fillers that create an active connection to the mortar or concrete

System fixed with solidian LShape increases its ductility, load bearing capacity and evenly distributes load to the surface or the entire system. solidian LShape is made with special fillers that create an active connection to the mortar or concrete. specially developed system for fixing wall reinforcement reinforcement system fixed with solidian LShape increases its ductility, load bearing capacity and evenly distributes load to the surface or the entire system connector made with special fillers that create an active connection to the mortar or concrete

Noncorrosive Carbon, Basalt, or ARGlass connector with Single or Double Open End suitable for construction reinforcement in masonry, arches, and vaults. Perfect for reinforcement of buildings in earthquakeaffected areas. construction reinforcement in masonry, arches, and vaults reinforcement of buildings in earthquakeaffected areas extremely rigid and strong extremely durable noncorrosive high strength shear resistance alkali resistant Carbon, Basalt, or ARGlass fibers different diameters and lengths for every dimension of the wall fast & easy installation alkali resistant epoxy for lime or cementbased mortars suitable for interventions on buildings of historical and cultural heritage compatible with any hydraulic or chemical matrix used for grouting For much more information visit our website.

Noncorrosive Carbon, Basalt, or ARGlass connector with Single or Double Open End suitable for construction reinforcement in masonry, arches, and vaults. Perfect for reinforcement of buildings in earthquakeaffected areas. construction reinforcement in masonry, arches, and vaults reinforcement of buildings in earthquakeaffected areas extremely rigid and strong extremely durable noncorrosive high strength shear resistance alkali resistant Carbon, Basalt, or ARGlass fibers different diameters and lengths for every dimension of the wall fast & easy installation alkali resistant epoxy for lime or cementbased mortars suitable for interventions on buildings of historical and cultural heritage compatible with any hydraulic or chemical matrix used for grouting For much more information visit our website.

Noncorrosive Carbon, Basalt, or ARGlass connector with Single or Double Open End suitable for construction reinforcement in masonry, arches, and vaults. Perfect for reinforcement of buildings in earthquakeaffected areas. construction reinforcement in masonry, arches, and vaults reinforcement of buildings in earthquakeaffected areas extremely rigid and strong extremely durable noncorrosive high strength shear resistance alkali resistant Carbon, Basalt, or ARGlass fibers different diameters and lengths for every dimension of the wall fast & easy installation alkali resistant epoxy for lime or cementbased mortars suitable for interventions on buildings of historical and cultural heritage compatible with any hydraulic or chemical matrix used for grouting For much more information visit our website.

Noncorrosive Carbon, Basalt, or ARGlass connector with Single or Double Open End suitable for construction reinforcement in masonry, arches, and vaults. Perfect for reinforcement of buildings in earthquakeaffected areas. construction reinforcement in masonry, arches, and vaults reinforcement of buildings in earthquakeaffected areas extremely rigid and strong extremely durable noncorrosive high strength shear resistance alkali resistant Carbon, Basalt, or ARGlass fibers different diameters and lengths for every dimension of the wall fast & easy installation alkali resistant epoxy for lime or cementbased mortars suitable for interventions on buildings of historical and cultural heritage compatible with any hydraulic or chemical matrix used for grouting For much more information visit our website.

Hightech, nonCorrosive, AR GLASS or CARBON FIBER reinforcement brick mesh on a roll for efficient crack control specially designed for any wall width. no corrosion – solidian BRIKSY brick mesh is made out of carbon fiber or fiberglass materials for superior cracking control through the years. high strength – solidian BRIKSY is a carbon fiber and fiberglass compound that makes it superior in its properties. easy to use – solidian BRIKSY is a userfriendly tool that can be chopped easily in different lengths and there is no need of a special tool to cut it like steel meshes. lightweight – solidian BRIKSY brick mesh is the lightweight tool that facilitates transport and thus saves money and time. easy to transport – solidian BRIKSY comes rolled in the box which is very handy to use. It’s easy to stack and transport and saves storage volume.

Hightech, nonCorrosive, AR GLASS or CARBON FIBER reinforcement brick mesh on a roll for efficient crack control specially designed for any wall width. no corrosion – solidian BRIKSY brick mesh is made out of carbon fiber or fiberglass materials for superior cracking control through the years. high strength – solidian BRIKSY is a carbon fiber and fiberglass compound that makes it superior in its properties. easy to use – solidian BRIKSY is a userfriendly tool that can be chopped easily in different lengths and there is no need of a special tool to cut it like steel meshes. lightweight – solidian BRIKSY brick mesh is the lightweight tool that facilitates transport and thus saves money and time. easy to transport – solidian BRIKSY comes rolled in the box which is very handy to use. It’s easy to stack and transport and saves storage volume.