The application scope of Z-shaped steel has five aspects

The processing and application scope of Z-shaped steel:

1. Automotive Industry

In the automotive industry, Z-shaped steel is widely used in the manufacturing of automotive chassis because of its solid structure, which can meet the requirements of vehicle stability and load-bearing capacity. This type of steel can also be used to manufacture doors, car casings, and other automotive components

2. Shipbuilding

Z-shaped steel has been widely used in the shipbuilding industry, generally used in the production of ship edges, cabin panels and other components.

. This type of steel has a small volume and light weight, and can be used to manufacture lightweight structures for ships. In addition, it can also be used as a windbreak wall

III. Construction Engineering

In the construction of industrial or civil buildings, Z-shaped steel is often used to manufacture steel structural components.

. This type of steel is widely used in the construction of steel frame supports, steel structure buildings, large bridges on highways, and some large components manufactured for railway construction. Due to the good strength and stiffness of Z-shaped steel, it can easily withstand the pressure of severe weather such as earthquakes or typhoons, so the construction industry has a high demand for it

4. Metallurgical Manufacturing Industry

In the metallurgical manufacturing industry, Z-shaped steel is often used to construct industrial plants and equipment support. Due to its excellent quality, it can withstand high loads in building or equipment support.

. At the same time, its surface has undergone hot forging treatment, which can prevent rust and corrosion, and prolong the service life of the factory

5. Railway Industry

The railway industry is another industry that often uses Z-shaped steel, which is often used in railway bridge and tunnel construction.

. Due to its ability to produce large specifications, meet the requirements of long span bridges, ensure stability, and seamlessly integrate into the surrounding environment, Z-shaped steel is widely used and has a promising market prospect in railway construction

Precautions for steel structure processing and installation during high-altitude operations:

Firstly, the safety belt should be inspected before use, and static load tests should be conducted regularly (every 6 months).

. The test load is 225kg and the test time is 5 minutes. After the experiment, check for any deformation or rupture and keep a good record of the experiment. Unqualified stabilizing belts should be dealt with in a timely manner. The hook or rope of the stability belt should be hung on the component or the steel wire rope used to hang the safety belt. Hanging on moving or unstable items is strictly prohibited

Secondly, during high-altitude operations, it is necessary to first set up scaffolding or take measures to prevent the team from falling. High altitude workers should wear lightweight clothing and soft soled shoes

3. When working at heights, except for relevant personnel, no one is allowed to walk or stay below the workplace. Fences or other protective devices should be installed below the workplace to prevent falling objects from injuring people. If you work on a grating platform, to avoid tools and equipment falling off, you should lay wooden boards

4. When working on dangerous edges such as dam tops, slopes, roofs, cliffs, towers, suspension bridges, etc., stable nets or protective railings should be installed on the airside. Otherwise, workers should use safety belts instead

What are the differences between C-shaped steel and Z-shaped steel

Firstly, the angles of Z-shaped steel and C-shaped steel are different. C-shaped steel at 90 degrees, Z-shaped steel at less than 90 degrees. Therefore, when using purlins on some sloping roofs, the angle of the purlins should be considered. If the slope is large, Z-shaped steel can fully utilize its bending performance

Secondly, there is not much difference in choosing Z-shaped steel or C-shaped steel for walls. If purlins are to be made into continuous components, Z-shaped purlins are better because they overlap conveniently

Thirdly, when the roof slope is small, the bending modulus of Z-shaped purlins is slightly higher than that of C-shaped purlins, but the difference is not significant. When the slope of the roof increases, the utilization rate of the bending modulus of Z-shaped purlins that are symmetrical to the vertical increases. Therefore, Z-shaped purlins are suitable for roofs with large slopes

4. Compared with Z-shaped steel, C-shaped steel has a significant difference in mechanical properties between the strong and weak axes, and the connection to the steel frame is mostly bolted hinge. When calculating, it needs to be considered as simply supported. Therefore, from the perspective of force state, structure, and calculation results, the latter is more accurate. Therefore, in addition to the treatment needs of special joints such as doors and windows, Z-shaped steel should be selected

The straight drawing steel processing machine consists of a loading frame, forming system, forming system, correction system, computer control system, hydraulic system, punching and shearing system