Top Manufacturer of Galvanized C Steel Purlin With High Quality and Cheap Price

What is C-shaped steel?

C-shaped steel, also known as channel steel, is a common type of steel that is named because of the cross-sectional shape is "C" . The cross-section of C-shaped steel is divided into two parts: Channel Web and Channel Wing. The Channel Web is the part connecting the Channel Wings, which are two relatively symmetrical parallel wing plates.

C-shaped steel is with high strength and rigidity, very suitable for structures that withstand large loads and bending torsion.

What are the specifications of C-shaped steel?

C-shaped steel purlins are mainly divided into five specifications based on different height: 80, 100, 120, 140, and 160. The use scope may vary depending on the different specifications, and reasonable selection will be made according to construction design requirements. 

In addition, the length of C-shaped steel is generally determined based on the engineering construction design, but considering convenient transportation and installation conditions, the total length generally does not exceed 12 meters.

As an extension of the industrial chain of Honglu steel structure, steel purlin production lines are distributed in five major production bases, including Hefei, Anhui, Guoyang, Bozhou, Nanchuan, Chongqing, Tuanfeng, Hubei, and Ruyang, Henan.

At present, we have 60 advanced intelligent servo automatic cutting C/Z steel production lines, which can be used for punching production. The width and height can be adjusted freely, and can meet customer customization requirements as needed. The monthly output is over 50000 tons.

C-shaped steel, as a common steel with unique shapes and properties, has the characteristics of high strength, lightweight, convenient construction, economic practicality, environmental protection, energy conservation, and strong adaptability. It is widely used in various structural engineering, playing an important role in construction, bridges, mechanical manufacturing, and other fields. With the development of industry and construction, the application prospects of C-shaped steel in the future will be more broader.

1.In Architecture Field: 

C-shaped steel is widely used in various types of buildings, such as factories, workshops, warehouses, exhibition halls, stages, etc. Due to the lightweight, good rigidity, and high strength, C-shaped steel can be used for wall supports, crossbeams, wall beams, purlins, roof trusses, columns, lightweight steel components, etc. In addition, also be used for partition walls, suspended ceilings, etc...

2.In Engineering Field:

In the field of engineering, C-shaped steel is also a very important structural material, mainly used for supporting structures and components in bridges, tunnels, overpasses and other engineering projects. The superior performance of C-shaped steel can improve the stability and safety of buildings, making the building support more sturdy.

3. In Manufacturing Field:

C-shaped steel has high strength, light weight, and is easy to process. It can be used to manufacture various complex shaped machine components, parts, and structures, and is widely used in the manufacturing of various types of machinery and equipment, rail transit vehicles, electronic equipment, semiconductor manufacturing, and other products. For example:

Mechanical equipment manufacturing: C-shaped steel can be used to make supporting structures, transmission systems, and workbenches for mechanical equipment.

Vehicle manufacturing: C-shaped steel can be used to make frames and structural components for vehicles such as cars, trains, ships, and railways.

urniture manufacturing: C-shaped steel can be used to make supporting structures and components for furniture.

The versatility of C-shaped steel enables it to be widely used in multiple fields. Compared with traditional materials, C-shaped steel has lower production costs, is easy to process and install, and can be produced using automated production lines, making it have broad market prospects and application space in many fields.

Material Placement: Place the steel strip or coil that needs to be processed onto the material rack of the C-shaped steel forming machine.

Leveling: Use a leveling machine to level the surface of a steel strip or coil, making it smooth and even.

Forming: Put the flattened steel strip or coil into the C-shaped steel forming machine, and use the cold bending forming technology of the forming machine to process it into the shape of the C-shaped steel.

Setting: Fix the shape of C-shaped steel.

Straightening: Use a straightening machine to straighten the formed C-shaped steel, making its lines smooth and straight.

Length Measurement: Use a length measuring machine to measure the length of C-shaped steel and ensure that its length meets the requirements.

Punching Round Holes For Tie Bars: Use a punching round hole machine to punch round holes for tie bars on C-shaped steel for subsequent connection use.

Punching Elliptical Connection Holes: Use a punching elliptical connection hole machine to punch elliptical connection holes on C-shaped steel for connection with other structures.

Forming and Cutting: Use a forming cutting machine to cut the C-shaped steel, forming a single C-shaped steel product.

Material Placement ① - Leveling ② - Forming ③ - Setting ④ - Straightening ⑤ - Length Measurement ⑥ - Punching Round Hole ⑦ - Punching Elliptical Connection Hole ⑧ - Forming and Cutting