Carbon Steel

Q195 is a carbon structural steel with a yield strength of 195MPA, known for its high plasticity, toughness, and welding performance. It is commonly utilized in various fields including architecture, structural engineering, and vehicle manufacturing.

Q235 ordinary carbon structural steel, also known as A3 steel. Ordinary carbon structural steel - plain plate is a type of steel material. Q represents the yield limit of this material, followed by 235, which refers to the yield value of this material, around 235MPa. And as the thickness of the material increases, its yield value will.

Steel grade G10060 (SAE 1006) refers to low carbon material used for producing wire rod and round wire in coils or cut rods. It conforms to the ASTM A510M standard specification for general requirements for carbon steel wire rod and round wire. This classification designates it as low-carbon steel.

Steel grade G10080 (SAE 1008) - low carbon material from which wire rod and round wire are produced in riots or cut rods. Standart: ASTM A510M. Standard specification for general requirements for carbon steel wire rod and round wire. Classification: Low-carbon steel.

Steel wire is one of the four major varieties of steel: plate, tube, profile and wire. It is a reprocessed product made of hot-rolled wire rod by cold drawing. According to the section shape, it mainly includes circle, square, moment, triangle, ellipse, flat, trapezoid, zigzag, etc. Ordinary quality steel wire includes steel wire for welding.

A36 is a low-carbon steel alloy comprising manganese, phosphorus, sulfur, silicon, and copper. It offers excellent weldability and high yield strength. A36 carbon steel bars are frequently employed in a wide range of structural steel components.

A105 is an ASTM specification for steel forgings, primarily intended for carbon steel forged pipe components. The carbon steel wrought alloy involved is a low carbon, manganese, and silicon steel, akin to the AISI 1330, but with a reduced manganese content.

A572 steel bars are well-regarded for their excellent strength, ductility, and workability, rendering them ideal for structural applications. These attributes allow A572 steel to be easily shaped into various structures, while retaining the capacity to withstand substantial stresses and loads.

AISI 1018 carbon steel bar is composed of carbon, chromium, manganese, molybdenum, phosphorus, sulfur, and silicon. This free machining grade is widely recognized as the most commonly available grade globally.

AISI 1025 steel bar is a medium carbon steel renowned for its plasticity, workability, and strength. With a carbon content ranging between 0.22% and 0.28%, it offers greater strength than low carbon steel while remaining more workable and malleable than high carbon steel.

1045 steel bar is crafted from medium carbon, medium tensile strength steel, offering commendable strength, machinability, and reasonable weldability under hot-rolled conditions. It can be obtained through hot rolling, cold drawing, rough turning, or turning and polishing processes.

AISI 4130 carbon steel bar is distinguished by its exceptional strength, toughness, and processability. By undergoing normalizing and quenching treatment, the steel can attain high strength and durability. Furthermore, these bars exhibit outstanding weldability and forgeability.