Fiberglass Rebar Basalt Rebar Manufacturer Since 1984 KODIAK Fiberglass Rebar CR-GFRP (Corrosion Resistant Glass Fiber Reinforced Polymer) - Made with Premium

Basalt Fiber Reinforced Polymer Rebar is an alternative to steel for reinforcing concrete. Made from volcanic rock, basalt rebar is lighter and stronger than steel with a higher tensile strength.

Fiberglass Rebar for Stronger Concrete Rebar, or reinforcing bar, is a steel bar most commonly used for concrete and masonry construction projects. It provides stronger structural support

Basalt fibers LLC produces rebars in diameters from 4mm to 30 mm. Diameters 4-12mm rebars come in rolls, and diameters 14-30mm come in bars. Rebar meshes with rebar diameter 4

Brown basalt fiber reinforced polymer aka, BFRP rebar and the white fiberglass rebar aka GFRP are now the only two structural fibers officially recognized for concrete

Why is basalt rebar reinforcement a great alternative to steel and fiberglass for reinforcing Savings. Reduce Material Transportation. Assuming a 22 ton truck load of total number of Steel bars is 5,800 vs. 19,500 Basalt FRP bars. This is over a 3x savings in material freight. Reduce Concrete Cover

Basalt Reinforced Composite Rebar (BFRP) is an enhanced Basalt Fiber Reinforced Polymer Rebar, engineered as a non-corrosive alternative to conventional steel reinforcement for concrete structures. Stronger and significantly lighter than steel, Basalt Composite Rebar is an eco-friendly, sustainable, 100-year life, exceptionally durable

Concrete internally Reinforced with steel aka RC. For nearly 200 years black steel rebar has been used as tinsel reinforcement inside of concrete. Unfortunay, the test of time has proven steel rusts. No amount of paint, coatings or additives to concrete will

rebar reinforcement is an alternative to steel and fiberglass for reinforcing concrete. Made from volcanic rock, basalt rebar is tougher and stronger than steel with a higher tensile

The Basalt Fiber Reinforced Polymer Rebar offers a variety of benefits that make it an ideal material for concrete structures and other civil engineering 1. Sustainability 2. Strength 3. Durability 4. Ease of installation 5. Resistance to corrosion 6. Energy efficiency 7. Environmental

Basalt rebar can be used in various concrete applications, industrial floorings, roads, various types of civil and infrastructure construction. Basalt fibers LLC produces rebars in diameters from 4mm to 30 mm. Diameters 4-12mm rebars come in rolls, and diameters 14-30mm come in bars. Rebar meshes with rebar diameter 4-6mm, and rebar

Mar 28, Things like carbon fiber, fiberglass, and basalt are all commercial alternatives. However, they have been limited until recently because their benefits did not outweigh their until recently. With steel prices escalating quickly and fiberglass production costs coming down fiberglass rebar is now available at a price below that of

The BASTECH Grid Builder is a simple step-by-step wizard that calculates the precise amount of BASTECH BFRP rebar required to create and assemble your grid. The grid builder supports calculating rebar take-offs for square or rectangle shaped concrete slabs. It also supports different on-center spacing values for width and

Jan 16, American Made Fiberglass Rebar The Original FRP Fiberglass Rebar, Made in The USA -Since 1984- Houston Texas, Deformed FRP Rebar Developed By Leroy Heston as high strength, corrosion proof concrete reinforcement. Fiberglass Rebar is used to reinforce concrete in applications where concrete is exposed to water, salt water, or chemical

Basalt rebar is stronger than fiberglass and steel in tensile strength. Basalt continuous fibers are non-respirable, inert and safer to work with. Basalt has an 18 percent better elastic modulus. Basalt is UV immune. Basalt is nonconductive. Basalt will not harbor bacterial or microbial growth. Basalt has better impact and does not shatter