Basalt rebar is a new kind of composite material, which is basalt fiber as reinforcement material,combines with epoxy (resin) and curing agent, then through pultrusion molding process.

Basalt fiber reinforced rebar is an advanced composite material which basalt fiber combines with vinylite, padding and curing agent. Used as a reinforcement alternative to traditional steel rebar in concrete structures

Basalt frp rebar 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.

Basalt reinforcement bar is a new kind of composite material, which is basalt fiber as reinforcement material,combines with epoxy resin) and curing agent, then through pultrusion molding process.

After comprehensive analysis, it is shown that basalt fiber composite reinforcement replaces steel bars or steel mesh sheets for bridge deck, road surface, and floor paving.

BFRP bars is an advanced composite material which basalt fiber combines with vinylite, padding and curing agent. Used as a reinforcement alternative to traditional steel rebar in concrete structures.

Basalt frp rebar 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.

Basalt fiber reinforced polymer rebar (BFRP rebar) is a new kind of composite material, which is basalt fiber as reinforcement material,combines with epoxy (resin) and curing agent, then through pultrusion molding process.

BFRP rebar (Basalt Fiber Reinforced Polymer Rebar) is a new type of non-metallic composite material that is reinforced with basalt fiber

Basalt fiber rebar is an advanced composite material which basalt fiber combines with vinylite, padding and curing agent.

Basalt fiber rebar represents a revolutionary leap in composite reinforcement technology.

Basalt Fiber Reinforced Polymer (BFRP) rebar represents a quantum leap in construction reinforcement technology.