Development and Definition of Tensile Testing Machines

Original Author: Tiancheng Testing

Tiancheng Testing Equipment Co., Ltd. was established in 2009. It is a new technology enterprise that integrates design and research, production and sales, after-sales maintenance, and import and export trade. The company is located in the western part of Tai'an, 5 kilometers west of Tai'an Station.

Since its establishment, our company has continuously innovated and developed, steadily advancing, and has successively passed the EU CE certification and ISO9001 quality system certification.,Products cover all parts of the country and are exported to countries such as South Korea, Japan, Malaysia, Vietnam, the Philippines, Myanmar, Thailand, Indonesia, Angola, Saudi Arabia, Congo, Spain, Germany, Austria, Peru, and the United States.

In recent years, regardingtensile testing machinesAfter the equipment has been widely introduced into the national building materials market, it has been welcomed by many material manufacturers. This is because these manufacturers need to use this testing equipment in quality testing during the production of materials to determine whether the quality of the materials meets national standards. Below is a specific introduction to the development and definition of tensile testing machines.

1.tensile testing machinesDevelopment

With the successful development of physical tensile testing, it has begun to be widely used in many industries. Among them, in the scientific research process of recent years, the latest tensile testing machine equipment has been developed, with significant progress and upgrades in functionality and technology, especially as this equipment is needed in material testing. Therefore, after continuous research and upgrades in recent years, the scope of application has also become increasingly broad.

Tensile testing machines are mainly used to test the tensile performance of materials such as plastic sheets, pipes, wires and cables, and steel, and they have high precision in the measurement process, with advanced technical advantages.

2.tensile testing machinesDefinition

The main function of a tensile testing machine is to conduct tensile (also known as tensile) tests on samples or products, which involves slowly applying a load to both ends of the sample, causing the working part of the sample to experience axial tensile force, resulting in elongation along the axis. Generally, the tensile test is carried out until a set force value or deformation value is reached, or until the sample breaks: through the tensile test, the tensile strength and plasticity of the material can be determined.

　Tensile testing machines,have also undergone a long transition from mechanical to electronic, from low-end to high-end, and from simple to complex. However, with the maturity of measurement and control technology in recent years, tensile testing machines have also embarked on a path of rapid development. From the perspective of social ownership, although mechanical tensile testing machines and hydraulic tensile testing machines still occupy a large part of the market, electronic or microcomputer-controlled tensile testing machines have many advantages such as accuracy, efficiency, and additional functions, showing a trend of completely replacing mechanical and hydraulic tensile testing machines. Due to the mature design, reliable quality, stable performance, ease of operation, simple maintenance, durability, high environmental adaptability, low usage costs, and economical prices of mechanical and hydraulic tensile testing machines, they still have an undeniable attraction for many users. Therefore, whether electronic tensile testing machines can completely replace mechanical and hydraulic tensile testing machines is not an easy question to judge, and it certainly will not be completed in a short period.

Due to the countless types of natural and synthetic materials, and the significant differences in the mechanical properties of metal and non-metal materials, it naturally leads to testing machines with very different specifications for testing forces. There are small force testing machines for detecting the tensile strength of fibers or bundles of fibers, small force testing machines for leather, paper, and plastic, and large-scale tensile testing machines for detecting the tensile performance of metal materials and products, such as steel strand tensile testing machines, wire rope tensile testing machines, and anchor chain tensile testing machines. Therefore, the structural forms of testing machines of different specifications are also different, mainly reflected in the measurement structure and the main body of the machine. If classified according to the force measurement structure of the testing machine, these testing machines can be mainly divided into mechanical and electronic types. Among them, tensile testing machines with measurement principles such as pendulum type, inclined plane type, and lever type belong to the category of mechanical tensile testing machines; tensile testing machines that use load sensors and displacement and deformation sensor components as measurement devices belong to the category of electronic tensile testing machines. If classified according to the power drive method of the testing machine, it can be divided into hydraulic drive, electric drive, gravity drive, and other methods; according to the placement method, testing machines can also be divided into vertical testing machines and horizontal testing machines.

The company adheres to the corporate spirit of "Quality creates brand, service seeks development," continuously innovating, striving to build a skilled and high-quality after-sales service team to relieve customers of worries.,We sincerely hope to work hand in hand with colleagues from all walks of life to develop and create brilliance together!