High Modulus Basalt Fiber Reinforced Polymer Composite Rebar For Concrete Reinforcement

Pulwell BFRP composite rebar is made from high strength Basalt fibers along with an extremely durable Epoxy resin. The Basalt fibers impart strength to the rebar while the Epoxy resin imparts excellent corrosion resistance properties in harsh chemical and alkaline environments. BFRP rebar significantly improves the longevity of civil engineering structures where corrosion is a major factor.Pulwell’s  BFRP  Rebar is a sort of electrical insulator, which has the nonmagnetic, high acid-resistance, alkali-resistance. BFRP has the high permissibility for the moisture concentration of the cement mortar & the permeability, diffusion of the carbon dioxide. Theses can prevent the concrete construction from eroding to enhance its endurance. Basalt fiber Rebars offer significant advantages over steel rebar in a variety of applications.  1.Much higher tensile strength than steel or fiberglass rebar of the same diameter.  2.Strength + Zero rusting allows for thinner, lighter panels and decks.    3. Much lighter than steel rebar.  4.No permanent deformation when bent. Diameters of up to 12mm can be coiled for shipment and used in long runs such as bridge decks and sea wall caps. The Rebar will naturally straighten when unrolled.  5.Exactly the same thermal coefficient of expansion as concrete.  6. BFRP rebaris naturally resistant to corrosion, rust, alkali, and acids. Chemically inert, basalt rebars are compatible with concretes having different Ph values. BFRP rebar has better alki-resistant property than GFRP rebar  7.Does not absorb and transfer moisture like glass fibers do.  Exposed fibers will not create a path for water to penetrate and destroy concrete.  8.Does not conduct electricity.  9.Non magnetic, does not induce fields when exposed to RF energy, so it can be