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Tensile Pull Test Machine

Tensile Pull Test Machine

In the precision chains of industrial manufacturing, the mechanical properties of materials are the core elements determining the safety and lifespan of products. From the load-bearing limit of bridge steel cables to the durability of electronic components, from the toughness requirements of medical devices to the tear resistance of packaging materials, every type of material must undergo strict tensile performance tests before being put into practical use. As the core equipment for testing the mechanical properties of materials, the tensile pull test machine, with its precise testing capabilities, comprehensive functional configuration, and stable operation performance, has become an indispensable key tool for quality control in enterprises and material research and development in scientific research institutions.

Product Introduction

Products Description

 

Precise measurement is the core competitiveness of the c. The equipment is equipped with high-precision force sensors and displacement measurement systems, achieving a testing accuracy of 0.5 grade. It can capture the entire process of mechanical changes in materials from elastic deformation to plastic yield and then to fracture failure. Whether it is the yield strength of metal materials, the elongation at break of plastic products, or the elastic modulus of composite materials, accurate data can be obtained through this equipment. The servo drive technology it adopts enables continuous adjustment of the test speed, from low-speed creep tests of 0.001mm/min to high-speed tensile tests of 500mm/min, and can accurately complete all tests, meeting the testing requirements of various international and domestic standards for different materials.

 

Product advantages

 

tensile pull test machine

The intelligent operation system makes complex tests simple and efficient. The tensile pull test machine is equipped with a high-definition touch screen and is equipped with a self-developed testing system. The interface design is intuitive and easy to understand. It has dozens of standard test programs, covering multiple fields such as metals, rubber, textiles, paper, adhesives, etc. Operators do not need professional programming knowledge. They can start the test by calling the corresponding standard program. During the test, the real-time stress-strain curve is dynamically displayed, and key parameters such as yield point, maximum force value, and elongation at break are automatically recognized and calculated, avoiding human reading errors. The equipment supports custom test schemes and can flexibly set control modes such as force value, displacement, and speed to meet individual testing needs.

 

tensile pull test machine

The tensile pull test machine for high-strength alloys features excellent resistance to deformation and can withstand an impact load of up to 1000kN. Multiple safety protection mechanisms are fully activated. When abnormal conditions such as overload, displacement exceeding limits, or sample fracture are detected, the tensile pull test machine will instantly trigger an emergency stop and lock the transmission system, effectively protecting the operators and the equipment. The quick-change fixture system is equipped with wedge fixtures, push-down fixtures, and winding fixtures of various specifications. Through modular design, it enables fixture replacement within 30 seconds, ensuring reliable clamping of samples of different shapes and materials.

 

 

Application scenario

 

In terms of application scenarios, the tensile pull test machine demonstrates remarkable adaptability. In the automotive manufacturing sector, it is used to test the tensile properties of vehicle body steel plates and seat belt webbing to ensure driving safety; in the aerospace industry, it conducts highly precise tests on titanium alloy components and composite materials to guarantee flight reliability; in the construction and building materials sector, it tests the mechanical properties of reinforcing bars and cables to strengthen the quality control of construction projects; in the medical device industry, it detects the tensile strength of sutures and infusion tubes to safeguard patient health. Research institutions also leverage its high-precision testing capabilities to accelerate the development of new materials.

 

Product parameters

 

Model

BT-300B

BT-600B

BT-1000B

 

Maximum test force(kN)

300

600

1000

 

Accuracy level

1

Collection method

Spoke load sensor

Piston stroke(mm)

200

Clamping method

Hydraulic

Test control method

Microcomputer servo control

Compression test space(mm)

600

Tensile test space(mm)

700

Total power(kW)

1.5

Compression platen(mm)

Φ148

Φ198

Φ225

 

Round sample clamping range(mm)

Φ10-30

Φ13-40

Φ13-40

 

Flat sample clamping range(mm)

0-10

0-15

0-20

 

Bending fulcrum span(mm)

50-300

Bending heart / stick diameter(mm)

50/50

Number of columns (screws)

6 column

Mainframe dimensions(mm)

810*560*1910

880*570*2050

940*640*2250

 

Host weight(kg)

≈1620

≈2000

≈2600

 

Control cabinet size(mm)

1010*640*840

Control cabinet weight(kg)

150

 

 

 

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