Basalt Rebar- Basalt Rock Rebar - BFRP Rebar
BFRP (Basalt Rock-Fiber-Reinforced-Polymer) Reinforcement Bar
KODIAK BASALT ROCK REBAR
KODIAK FRP is the only US manufacturer of specification quality BASALT REBAR -Since 2013- 100% Made in the USA.
BFRP (Basalt fiber reinforces polymer) rebar is deformed rod used as high strength, non corrosive concrete reinforcement. Also sometimes referred to as Basalt rock rebar, Rock Rebar or BFRP rebar. Both, high strength glass and Basalt rock FRP rebar hold tremendous advantage over steel, galvanized steel & epoxy-coated steel rebar in key physical and characteristic properties.
KODIAK Basalt Rock Rebar has the advantage of being a little lighter than glass, a little higher tensile strength than common e-glass. Weight is less than 25% the weight of steel with more than 200% the tensile strength of steel. Basalt rock fiber will withstand higher temperatures before weakening. Basalt rock fiber's high temperature tolerance can be utilized in combination with development of a resin matrix that can withstand comparable Tg (glass transition temperature) to Basalt fiber.
Basalt Rock Rebar is a non-corrosive concrete reinforcement similar to KODIAK E-CR Fiberglass Glass Rebar. BFRP rebar is made with Basalt rock fiber & used as a steel alternative in the same applications as KODIAK's standard E-CR Fiberglass Rebar (GFRP).
When concrete faces exposure to environments containing: salt water/sea air, chlorine and other alkali chemicals. It does not corrode, weaken or discolor when structures are exposed to high alkali environments even with minimal concrete coverage. Kodiak BFRP Rebar has less than a quarter of the weight and greater than twice the tensile strength of steel. BFRP rebar like GFRP Rebar, is electrically non-conductive, and non-magnetic, insulates against thermal transfer, and is transparent to (RF) radio frequency.
What is BASALT FIBER?
Basalt is igneous rock formed from the rapid cooling of basaltic lava exposed at or very near the surface of the earths crust. Basalt fiber is produced in a single process needing no alterations or elemental additives. The process consists only of melting ingenious rock containing a specific mineral content found in a few specific areas. Basalt Fiber, unlike glass is a one component fiber that does not need any other materials added for production. The Basalt rock is melted in a furnace at 1700 degrees Celsius for approximately 7-8 hours & formed by blowing fiber filament from it in the same way that glass fiber is made from silicate rock.
BASALT REBAR - Cost & Properties
Contact Kodiak Rebar for Current American Made Basalt Rebar Pricing (based on order volume) info@KodiakRebar.com
BASALT REBAR COST
Mechanical Properties -Basalt Rebar Tensile ( Table 6.1 )
The effective yield strength of FRP rebars should be calculated based on the following reduction factor, r
fye =Effective yield strength of FRP rebars fye = r fult
fult = Ultimate strength of FRP rebars obtained from the average, of a minimum of six samples of the same size or values given in Table 6.1
Tensile & Module Properties
Tensile modulus 6 to 7.2 x 106 psi
Modulus of Elasticity > 8000 ksi
Compressive strength >60 ksi
Transverse Shear strength >20 ksi
Design Bond & Absorption
Bond strength* >1,200 psi / *Grit-Coat >2,200 psi
CTE :5.2x 10-6 IN. In./°C Specific gravity <2.0 Yield >100,000 psi Density <0.074 lb/in.3 Water absorption <0.25% Fiber Content >70%
ACI 440.3R SPECIFICATIONS
Bond Dependent coefficient …. k=0.9 Per ASTM / ACI equation 8-9
Glass Fiber Content …. >70% by weight per ASTM D2854
Transverse Shear Strength …. >18 ksi per ASTM D7617 & ACI440.3R
Moisture Absorption … <0.25% ASTM D570 24 hr absorption @ 144F(50C)