The intensity refers to the ability to resist destruction under the action of static lotus, including tensile strength, pressure resistance, bending strength, and shear strength. There is a connection between these strengths, of which the tensile strength is often regarded as the most basic strength indicator. Under the influence of load, the square tube needs to withstand various forms of stretching, compression, bending, and cutting to maintain its stability and durability.
(1) The square management is known for its excellent strength and toughness, effectively carrying various types of loads and stubborn resistance damage. Its functional index is high and provided strong protection for the parts.
(2) The square tube has excellent functionality in repeated load environments, and can maintain long -term stability and solid durability. The toughness of this product plays an important supporting role under load, and has good strength and plastic performance. Combining excellent stress plasticity and solid support capacity, it has become one of the preferred materials for loading equipment.
(3) In the analysis of the function index of the square tube, although the Butana angle (HB), the Luo's angle (HRA, HRB, HRC) and the Victoria angle (HV) can be used to measure the hard and hard level of metal materials, but in fact, the actual situation During the production, the angle method was widely adopted for its simple and practical. This method is pressed into the metal surface under a certain geometrical head, and the angle value is determined according to the degree of being crushed.
(4) In the analysis of the functional index of the square tube, the angle plasticity refers to the ability to permanently deformed but does not break when the material is to be afforded. This feature guarantees its excellent load -bearing performance.
(5) The functional index of the square tube is manifested in its excellent plasticity and mechanical properties. It has high -strength and good impact resistance and is suitable for a variety of structural support and carrying tasks.
