#3: This thin and cost-effective mild steel rebar is used to add strength to concrete roads, driveways, and patios. It is also commonly employed in poured concrete swimming pools to shape and reinforce the pool walls.

#4: Slightly thicker than #3, #4 rebar is ideal for enhancing the strength of highways, as well as providing added support to columns and slabs.

#5: This rebar size finds common use in bridges and highways, where it helps reinforce the structures.

#6: Frequently utilized in foundations, retaining walls, roads, and highways, #6 rebar assists in providing stability and strength.

#7: This rebar size is suitable for supporting structures such as multi-story parking garages and bridges.

#8: #8 rebar is well-suited for medium to heavy commercial applications. It can be used in slabs, sea walls, columns, and beams.

#9: With its thickness and durability, #9 rebar is commonly chosen for high-rise construction projects, sea walls, and retaining walls.

#10: This size is ideal for medium to heavy commercial projects, offering structural support in beams, columns, and other load-bearing elements.

#11: As a heavy-duty rebar, #11 is thick and strong, making it a popular choice for load-bearing structures.

#14: Among the heaviest and thickest rebars available, #14 rebar is well-suited for bridges, parking structures, tall buildings, and docks.

#18: This large and strong rebar size is used in the construction of large buildings, industrial facilities, and other large-scale structures.