REBAR carbon
Highest performance.
Like steel only better.
duži opis proizvoda
Product Features
solidian REBARs will not rust and with their higher strength than steel, they are bringing life to filigree, elegant structures lasting for generations.
Our reinforcing bars can be used in any structural or architectural application where required material should be corrosion resistant or lightweight. Steel rebar corrosion is a matter of time, whatever thickness or sizes of concrete protection you are using. Because of that steel reinforced concrete structures need to be repaired or teared down after a certain time. With our carbon rebar this problem is solved and it has a number of additional special features that enable you to build a more sustainable concrete infrastructure for our and our children’s future.
- Corrosion-resistant: thinner concrete cover, longer service life, lower concrete repair costs
- Low weight, low abrasive
- High tensile strength: lower overall construction costs
- Sustainable and resource-saving: fewer construction materials are required and the service life is increased
- Chemically, chloride- and alkali resistant
- Better price/performance ratio than other competing non-metallic rebars
Technical information about solidian REBAR carbon
Our high-strength reinforcing bars can be produced in different diameters up to 12 mm. Our noncorrosive reinforcing bar can be made in a diameter you require – 12 mm rebar being the thickest, then 10 mm rebar, 8 mm rebar, 6 mm rebar and 4 mm rebar being the thinnest rebar we produce. The standard length is 6 meters. Our standard portfolio are rebars made out of carbon fiber.
- Available in carbon fibers
- Diameter up to 12 mm
- Standard length of 6 m
- Customized productions possible on request – please contact us!
pojačanjaza
buduće generacije
Reference project
Bürgerspital Solothurn
Podzemna garaža Marquardtbau Stuttgart
Bosporski most
Product Applications
Non-steel reinforcing bars are predestined for the use in all areas where strong reinforcements are demanded and aggressive environmental impacts like e.g. chlorides are to be faced.
- Bridge construction
- Sewage applications
- Concrete slabs like industrial floors, parking decks or driveways
- Maritime applications
- Façades and balconies
- Tunnel and mining constructions
