Fiber Glass Rebar for Concrete Casting
Lightweight, corrosion-resistant Fiber Glass Rebar engineered to replace traditional steel reinforcement—offering superior tensile strength, longevity, and performance in concrete structures.
Lightweight, corrosion-resistant Fiber Glass Rebar engineered to replace traditional steel reinforcement—offering superior tensile strength, longevity, and performance in concrete structures.
Product Description
Fiber Glass Rebar (GFRP Rebar) is an advanced composite reinforcement material designed for concrete casting in structural and non-structural applications. Manufactured from high-strength glass fibers bonded with epoxy resin, it provides exceptional resistance to corrosion, alkali, and chemical attack—making it ideal for use in harsh environments where steel reinforcement may deteriorate.
Unlike traditional steel bars, Fiber Glass Rebar does not rust or conduct electricity, resulting in a longer service life, reduced maintenance costs, and improved structural integrity. It is widely used in bridges, tunnels, marine structures, and water treatment facilities where durability and performance are critical.
Features
- 4× lighter than steel with equal tensile strength
- 100% corrosion and rust resistant
- Non-conductive and non-magnetic properties
- Excellent bond with concrete for maximum strength
Enquiry Form
Lightweight, corrosion-resistant Fiber Glass Rebar engineered to replace traditional steel reinforcement—offering superior tensile strength, longevity, and performance in concrete structures.
Product Description
Fiber Glass Rebar (GFRP Rebar) is an advanced composite reinforcement material designed for concrete casting in structural and non-structural applications. Manufactured from high-strength glass fibers bonded with epoxy resin, it provides exceptional resistance to corrosion, alkali, and chemical attack—making it ideal for use in harsh environments where steel reinforcement may deteriorate.
Unlike traditional steel bars, Fiber Glass Rebar does not rust or conduct electricity, resulting in a longer service life, reduced maintenance costs, and improved structural integrity. It is widely used in bridges, tunnels, marine structures, and water treatment facilities where durability and performance are critical.
Features
- 4× lighter than steel with equal tensile strength
- 100% corrosion and rust resistant
- Non-conductive and non-magnetic properties
- Excellent bond with concrete for maximum strength
Enquiry Form