The BHT5505 bending test machine adopts a combination of hydraulic loading and microcomputer system technology. After bending the sample to a certain angle by a vertical oil cylinder, it is then bent to the required angle by two opposing horizontal oil cylinders. The testing machine adopts an integral frame structure, which directly uses the descent of the main piston to achieve the bending of the sample, and can achieve 180 ° bending of the sample through the work of the left and right pistons, making operation convenient and efficient.

This testing machine is mainly used for experimental bending or process bending of metal materials, and can achieve control processes such as equal rate loading and constant rate displacement. It can also achieve two-stage control of force and displacement in one test, and each control can be smoothly converted between them. This bending testing machine is an ideal testing equipment for the steel industry, industrial and mining enterprises, commercial inspection and arbitration, scientific research institutions, colleges and universities, engineering quality supervision stations and other departments.

Equipment features:

1：Load measurementUsing high-precision load sensors to ensure high precision, high reliability, and good consistency.

2：Displacement measurementUsing a photoelectric encoder, it has high accuracy and good stability.

3：compactThe vertical and horizontal oil cylinders are arranged reasonably on a rigid frame, with a reasonable distribution of operating space, in accordance with the principles of ergonomics.

4：Multiple protectionIt has dual overload protection for software and hardware.

5：Parameter calculationIt can be automatically obtained according to customer requirements.

6：data managementThe experimental data can be managed in a database and the experimental report can be exported to Excel.

7：Accurate synchronicityTwo horizontal oil cylinders are controlled by high-precision synchronous valves, with a synchronization error of less than 2% throughout the entire stroke

Equipment standard technical parameters: