Equilateral angle steel 35 35 3 product features
As an important construction steel, equilateral angle steel 35*35*3 is widely used in various engineering structure fields. Its excellent size and characteristics make it outstanding in many aspects. The following will introduce the product characteristics of equilateral angle steel 35*35*3 in detail.
First, the size is accurate and the specifications are uniform.
The naming of the equilateral angle steel 35*35*3 reflects its key dimensional parameters: the side length is 35 mm, and the thickness is 3 mm. This means that the size of each angle is strictly controlled, ensuring the accuracy and consistency of the product. Whether used in bridges, construction, or machinery, this dimensionally accurate angle steel provides consistent performance.
Second, the bearing capacity is strong and the structure is stable.
Since equilateral angle steel has a large cross-sectional modulus and moment of inertia, it has a good load-bearing capacity. When subjected to pressure and bending moment, the 35*35*3 equilateral angle steel performs well, which can disperse and resist external forces to ensure the stability and safety of the structure.
3. Easy to process and adaptable.
Equilateral angle steel 35*35*3 has good plasticity and weldability, which means it can be easily cut, bent and welded to meet the needs of different projects. Whether you need a custom shape or join with other materials, equilateral angles can be adapted and processed quickly.
Fourth, corrosion resistance, long service life.
After special treatment, the equilateral angle steel 35*35*3 has good corrosion resistance. Whether in a humid environment or exposed to harsh weather conditions, it is able to maintain stable performance and extend service life. This makes it useful for a long time in a wide range of applications.
Fifth, environmental protection and sustainability, high economic benefits.
As a metal material, equilateral angle steel 35*35*3 has the ability to be used. In the process of use, it can conserve resources and reduce waste. At the same time, its high strength and long life also mean that it can provide stable support for engineering structures in the long term, reducing the frequency of maintenance and replacement, thus bringing economic benefits to users.