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Basalt fiber composite bar is a new type of building material that uses high-strength basalt fiber and vinyl resin (epoxy resin) on-line pultrusion, winding, surface coating and composite molding, and continuous production. With high strength, excellent acid and alkali corrosion resistance, durability and designability, it is a new type of green, environmentally friendly, economical and high-performance material that replaces steel in certain aspects of civil engineering.
Diameter with dimensions from 4 to 32 mm. Due to unique performance properties, it is an efficient and cost effective alternative to steel reinforcement. |
【Product Features】1.Basalt rebar is naturally resistant to alkali, rust and acids. Moisture penetration from concrete does not spall. Needs no special coating like fiberglass rods.
2.Basalt rebar has the same thermal coefficient expansion as concrete!
3. High tensile strength, more than 3 times the strength of ordinary steel bars of the same specification.
4. Excellent corrosion resistance (unmatched by any other fiber material products).
5. The density is less than 2.0g/cm3, and the density of fiber composite bars is only about 1/4 of that of ordinary steel bars.
6. The thermal expansion coefficient of fiber composite bars is similar to that of concrete, and there will be no large temperature stress between the two.
7. Good wave-transmitting performance and no shielding.
8. Non-conductive and non-conductive,great for MRI or data buildings
9. Standard curved and other shapes can be prefabricated.
10. Environmental protection: Each ton of basalt fiber composite bars can save 5.24tce of standard coal carbon emissions.
【Basalt Rebar VS Steel Rebar】
CORROSION-FREE
When corrosion is nonexistent the level of construction improves in all areas.
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HIGHER STRENGTH
The strength of fiber composite allows for less use of concrete, thus reducing construction costs. |
REDUCED CRACKING
Less damage to the concrete and longer life to the entire structure. |
REDUCED CARBON
Produces 1/10 of CO2 in the production process and increases transportaion volume by 4 times.
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REDUCED WEIGTH
Being lighter translates into saving in logistics, job-site handling, and a safer product overall. |
LONGER LIFE SPAN
The liability of structural failure and cost of maintenance and repair is significantly reduced as life span increases exponentially. |
【Product Application】
1. Seismic observation stations, harbour and wharf protection works and buildings, subway stations, Bridges, non-magnetic or electromagnetic concrete buildings
2. Prestressed concrete highway, anti-corrosion chemical industry, floor slab, chemical storage tank, engineering
3. Magnetic resonance imaging infrastructure, communication building, electronic equipment workshop
4. Concrete slab for nuclear fusion building and magnetic levitation railway
5. Telecom transmission tower, TV station bracket, fiber optic cable strengthening core
