Products Description
The core advantage of hydraulic tensile testing machine is first reflected in its powerful testing capability. It can carry out high-precision tensile, compression, bending and other mechanical properties of various materials. In terms of tensile testing, its force measurement range is extremely wide, as small as a few Newtons of tiny force value, as large as hundreds of thousands of Newtons of huge force value, can be accurately measured. This makes it not only suitable for the tensile strength test of conventional metal materials, but also for some new materials, such as high-strength carbon fiber composites, nanomaterials, etc., it can also accurately determine their tensile properties. For example, in the aerospace industry, a large number of advanced composite materials are used in key structural components such as wings and fuselages of aircraft. The hydraulic tensile testing machine can accurately test the tensile strength and elongation at break of these materials to ensure the reliability of the materials under huge flight loads, providing a solid guarantee for the safe flight of the aircraft.
Product advantage

In terms of compression testing, the hydraulic tensile testing machine also performs well. For materials such as concrete and bricks, which are widely used in the construction industry, it is necessary to accurately understand their compressive strength. The hydraulic tensile testing machine can simulate the huge pressure of the material in the actual building structure, and obtain the compressive strength data of the material by accurately controlling the loading rate and force value. This is essential to ensure the structural stability of the building. If materials with substandard compressive strength are used in building construction, the building is likely to suffer serious damage once it encounters natural disasters such as earthquakes and strong winds, endangering people's lives and property safety. The hydraulic tensile testing machine can help construction companies strictly control the quality of materials and avoid such risks.

Hydraulic tensile testing machines also have unique advantages in bending testing. For some materials that need to have good bending properties, such as pipes, plates, etc., bending strength and deflection are important performance indicators. The hydraulic tensile testing machine can carry out three-point bending and four-point bending tests on materials according to different standards and requirements, and accurately measure the mechanical properties of materials in the bending process. In the automobile manufacturing industry, car bumpers, doors and other parts usually use high-strength steel, which needs to have a certain bending toughness. Through the bending test of hydraulic tensile testing machines, car manufacturers can optimize the selection of materials and processing processes, so that car parts can effectively absorb energy in the event of a collision, protecting the safety of passengers in the car
Application field
The application field of hydraulic tensile testing machine is very wide. In scientific research institutions, it is an important tool to study the properties of new materials. Researchers can use it to explore the limits of mechanical properties of materials and provide valuable data support for the development of materials science. In quality inspection institutions, it is a key equipment to ensure that product quality meets standards. Through rigorous mechanical properties testing of raw materials and finished products, quality inspection agencies can effectively monitor the quality of products on the market and safeguard the rights and interests of consumers. In the production enterprise, the hydraulic tensile testing machine is the core equipment of quality control. Enterprises can carry out sampling inspection of materials in the process of raw material procurement to ensure that the quality of raw materials meets the requirements; In the process of product production, mechanical properties of semi-finished products and finished products are tested, quality problems in the production process are found in time, and corresponding improvement measures are taken to improve product quality and market competitiveness.
Product parameter
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Model |
BT-300B |
BT-600B |
BT-1000B |
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Maximum test force(kN) |
300 |
600 |
1000 |
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Accuracy level |
1 |
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Collection method |
Spoke load sensor |
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Piston stroke(mm) |
200 |
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Clamping method |
Hydraulic |
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Test control method |
Microcomputer servo control |
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Compression test space(mm) |
600 |
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Tensile test space(mm) |
700 |
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Total power(kW) |
1.5 |
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Compression platen(mm) |
Φ148 |
Φ198 |
Φ225 |
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Round sample clamping range(mm) |
Φ10-30 |
Φ13-40 |
Φ13-40 |
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Flat sample clamping range(mm) |
0-10 |
0-15 |
0-20 |
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Bending fulcrum span(mm) |
50-300 |
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Bending heart / stick diameter(mm) |
50/50 |
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Number of columns (screws) |
6 column |
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Mainframe dimensions(mm) |
810*560*1910 |
880*570*2050 |
940*640*2250 |
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Host weight(kg) |
≈1620 |
≈2000 |
≈2600 |
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Control cabinet size(mm) |
1010*640*840 |
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Control cabinet weight(kg) |
150 |
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