Deformed steel rebar involves forming corrugated lines (patterns of protrusions/depressions) along the surface of round plain rebar. In this way, the corrugated segments increase the grip between the rebar and the concrete, enabling both materials to combine and offer higher strength.

ReBar-Range of sizes and materials.pdf

Screwed Re-Bar refers to forming a continuous ring shape in the reinforced concrete structure on a single rebar within the bar-shaped structures of beams, columns, and piles. This is commonly used in high-rise buildings.

Screw ReBa-Range of sizes and materials.pdf

Compact rebar in Coil has high spiral density and is hard to be twisted after fabricated. It can be stored in upright piles to facilitate inventory management.

Compact rebar in Coil-Range of sizes and materials.pdf

Round Bar refers to rebar whose surface is smooth and has no corrugation. Because the surface is smooth, it has poor grip and is not suitable for use in reinforced concrete. It can be used in threaded rebar, lightweight steel frames, and building stairway railings and handholds.

Round Bar-Range of sizes and materials.pdf

Materials combining Ultra High Tensile Re-Bar and concrete have enhanced strength, and greatly reduce the construction costs of high-rise buildings (by about 20%). They also achieve the same level of residential acoustic insulation, earthquake resistance, and comfort as steel reinforced concrete (SRC).

Advantages:
1. Facilitates higher buildings of reinforced concrete (RC) and optimizes urban building quality.
2. Increased usable building space, with ample lighting, optimal field of vision, and good ventilation.
3. As compared to traditional reinforced concrete (RC) buildings or steel structures, construction is more convenient, work duration is shortened, and costs are reduced.
4. Steel stiffness, acoustic insulation, waterproofing, and fireproofing performance is improved, thus enhancing residential comfort.

Ultra-high tensile rebar—Range of sizes and grades.pdf