Applications of Non-standard Bending 

Non-standard bending is a special metal processing technology that bends and stretches metal profiles to achieve the manufacture of various complex shapes. This technology has a wide range of applications in many fields, including but not limited to aerospace, automobile manufacturing, construction, shipbuilding, electronic equipment manufacturing, etc. Below we will discuss in detail the applications of non-standard bending in these fields.

Firstly, in the aerospace field, non-standard bending technology is widely used in the manufacture of aircraft structural components. Aircraft structural components usually need to have characteristics such as high strength, light weight, and complex shape, to meet the requirements of flight performance and safety. Through non-standard bending technology, high-performance materials such as aluminum alloy and titanium alloy can be made into various complex surfaces and contours, thereby achieving the optimized design of aircraft structure. For example, components such as aircraft wings, tail wings, and fuselage frames can be manufactured through non-standard bending technology.

Secondly, in the automobile manufacturing field, non-standard bending technology also plays an important role. Modern automobiles pursue lightweight, high strength, and aesthetics, which requires automobile parts to have complex shapes and excellent mechanical properties. Through non-standard bending technology, materials such as steel and aluminum alloy can be made into various body structural components, such as car door frames, car roof arch beams, and body side围. These components not only need to meet the requirements of strength and stiffness, but also need to have good energy absorption performance to protect the safety of passengers in collision accidents.

In the construction field, non-standard bending technology also has a wide range of applications. Modern buildings pursue uniqueness and aesthetics, which requires the use of various non-standard metal components to realize the creativity of designers. Through non-standard bending technology, materials such as steel and aluminum alloy can be made into various complex building components, such as arc-shaped beams, spiral staircases, and non-standard curtain walls. These components not only need to meet the requirements of structural strength and stiffness, but also need to have good weather resistance and corrosion resistance to adapt to various harsh environmental conditions.

The shipbuilding field also cannot do without non-standard bending technology. Ship structural components usually need to have characteristics such as high strength, light weight, and corrosion resistance, to meet the requirements of navigation performance and safety. Through non-standard bending technology, materials such as steel and aluminum alloy can be made into various complex hull structural components, such as bow, stern, and cabin frame. These components not only need to meet the requirements of strength and stiffness, but also need to have good anti-fatigue performance to cope with the long-term marine environment test.

In the field of electronic equipment manufacturing, non-standard bending technology also has important applications. Modern electronic products pursue miniaturization, lightweight, and high performance, which requires the use of various non-standard metal components to achieve the compact design and excellent performance of the equipment. Through non-standard bending technology, materials such as steel and aluminum alloy can be made into various complex electronic equipment structural components, such as mobile phone casings, notebook computer frames, and camera lens brackets. These components not only need to meet the requirements of strength and stiffness, but also need to have good electromagnetic shielding performance and heat dissipation performance to ensure the stable operation of electronic equipment.

In summary, non-standard bending technology has a wide range of applications in many fields. Through this technology, various metal materials can be made into complex-shaped components to meet the needs of different application scenarios. With the continuous advancement of technology, non-standard bending technology will be applied in more fields, making greater contributions to the development of human society.