steel strand

Produced by cold drawing high-carbon steel wire rod, then stranding seven wires (one center wire with six outer wires helically wrapped) to form a compact, high-strength bundle. Features high tensile strength, low relaxation, excellent fatigue resistance, and good bond with concrete.

steel strand

Produced by cold drawing high-carbon steel wire rod, then stranding seven wires (one center wire with six outer wires helically wrapped) to form a compact, high-strength bundle. Features high tensile strength, low relaxation, excellent fatigue resistance, and good bond with concrete.

steel strand

Produced by cold drawing high-carbon steel wire rod, then stranding seven wires (one center wire with six outer wires helically wrapped) to form a compact, high-strength bundle. Features high tensile strength, low relaxation, excellent fatigue resistance, and good bond with concrete.

steel strand

Produced by cold drawing high-carbon steel wire rod, then stranding seven wires (one center wire with six outer wires helically wrapped) to form a compact, high-strength bundle. Features high tensile strength, low relaxation, excellent fatigue resistance, and good bond with concrete.

steel strand

Produced by cold drawing high-carbon steel wire rod, then stranding seven wires (one center wire with six outer wires helically wrapped) to form a compact, high-strength bundle. Features high tensile strength, low relaxation, excellent fatigue resistance, and good bond with concrete.

steel strand

Produced by cold drawing high-carbon steel wire rod, then stranding seven wires (one center wire with six outer wires helically wrapped) to form a compact, high-strength bundle. Features high tensile strength, low relaxation, excellent fatigue resistance, and good bond with concrete.

< 1 >

Get A Quote

Submit Now