REAL EXAMPLES OF BFRP REBAR-BASED CONSTRUCTIONS

  The significance of BFRP construction materials rises sharply since BFRP is the ideal material for the rehabilitation of degraded and underperforming concrete infrastructure. The current highway infrastructure is facing a growing deterioration problem, costing governments billions of dollars in rehabilitation cost. There are many factors that damage the integrity of highways and bridges, including, for example, the use of substandard concrete reinforcement, heavy loads, short-term maintenance practices, rebar corrosion, and severe environmental conditions. Materials such as steel bars cannot endure the extreme environments and high traffic volumes and the concrete deterioration simply becomes inevitable. Taking into account the need for more sustainable construction materials, the significance of BFRP construction materials rises sharply since BFRP is the ideal material for the rehabilitation of degraded and underperforming concrete infrastructure. Basalt fiber composites enhance the

  PROMISING OPPORTUNITIES FOR BFRP REBAR BFRP Rebar is the best alternative to steel rebar, it has good mechanical properties, acid-alkali resistance, excellent electrical properties, non-conductive, and excellent insulation properties. The future of Basalt Fiber Reinforced Polymer Rebar BFRP, BFRP Rebar is the best alternative to steel rebar, it has good mechanical properties, acid-alkali resistance, excellent electrical properties, non-conductive, and excellent insulation properties. These characteristics point to a sweet spot for BFRP Rebar in the performance window between E-glass and carbon fiber composites. With BFRP Rebar we are filling the cost and performance gap between carbon and glass fiber. That market segment has been hungry for a product to fill that space. As a naturally occurring material, it is also inherently greener than other reinforcing fibers, a factor that automotive and other industries take into consideration. We have been making headway in providing a standar

THE LIFESPAN OF BFRP REBAR BFRP Rebar doesn’t rust, has the same thermal expansion coefficient as concrete, is resistant to water and alkaline, and is not affected by ultraviolet light, thus extending its life span to over 100 years. Steel always rusts and corrodes, especially where moisture is present, and because steel has a different coefficient of thermal expansion than concrete, it causes buildings to crack and require frequent maintenance. In general, Steel has an average lifespan of 35 years. On the other hand, BFRP Rebar doesn’t rust, has the same thermal expansion coefficient as concrete, is resistant to water and alkaline, and is not affected by ultraviolet light, thus extending its life span to over 100 years. So, why are we not turning to Basalt Fiber? Our company, Arab Basalt Fiber Company, encourages policymakers and decision makers to promote the use of basalt fibers as an alternative to steel rebar that does not rust. We will be happy to provide seminars, presentations

  Which is the best choice for concrete reinforcement – BFRP rebars or steel rebars? This video shows the properties of BFRP Rebar versus steel rebar and explains which is more effective for concrete reinforcement. Basalt Fiber Reinforced Polymer Rebar or BFRP Rebar is significantly stronger than steel. Its durability is superior, and its tensile strength is 2.5 times that of steel. BFRP Rebar contributes to reduction in concrete coverage by 25 – 30%, and its weights 4.5 times less than steel rebar This means you’ll need less manpower to lift and place the material during construction. BFRP Rebar is 100% non-Corrosive, it is totally resistant to water and alkaline Radiation from ultraviolet light is not harmful to BFRP Rebar. The average lifespan of steel rebar is 35 years, while that of BFRP rebar is over 100 years. The amount of CO2 emissions from steel manufacturing is almost double the amount of steel created: 1.85 tons of carbon per 1 ton of steel.Rebar made from Basalt Fiber Rein

  Basalt fiber reinforced polymer (BFRP), is an advanced material with a lower density, higher strength, and excellent damage resistance especially when they are used in harsh environments or under high loading conditions, compared with conventional fiber-reinforced composites, all these properties make it has several uses in the modern industry, including the following : BFRP USES IN CONSTRUCTION ENGINEERING Basalt fiber reinforced polymer ( BFRP ) is a structural material used for several uses such as contour beams, columns, and diaphragms in construction. It has high strength, high modulus of elasticity, high stiffness, and good corrosion resistance. BFRP has different uses including but not limited to reinforcement bars, beams, and plates as well as thin sheets, in civil structures, bridges, tunnels, railways sleepers and road construction. BFRP USES IN AUTOMOTIVE INDUSTRY At present, the automotive industry is focusing its efforts on the reduction of energy consumption and the pro