Large double column tensile testing machine

APPLICATIONS

Deformation under defined load: Test deformation under defined load of tested sample

Load under defined deformation: Test load under defined deformation of tested sample

Software can issue report with results for max. force, elongation, tensile strength, peel strength, tear strength, compression strength, etc.

This machine can do different test as per customer requirement such as peel test, tear test, compression test, bend test with different clamps.

TEST STDANARDS

Tensile Test: ASTM D882 ASTM D 638 / ISO 527-1/2

Bend Test ISO-178 / ASTM D 790

Tear Test：ASTM D 624

Peel Test : ASTM D 3330

Compression Test : ASTM D 659

others...

DESCRIPTION

universal test equipment with 10T max force can do tensile test, tear test, peel test, bond test with different clamps for wire,metal,plastic,rubber and other kind of materials.

This universal test equipment uses the motor to drive screw to move fixtures. Fix sample between upper and lower fixture and pull sample by the upper fixture upward with specified speed. The load cell connecting with upper fixture will sense the force and then convert it into voltage sign to the display screen. Force value will be displayed automatically on the screen.

SPECIFICATIONS

A Large Double-column Tension Testing Machine is an experimental device used for testing the mechanical properties of materials, such as tensile, compression, and bending tests. It is widely used in the analysis of materials such as metals, plastics, rubber, and composites. Its structural feature is the use of a double-column design, making it suitable for bearing large testing forces and enabling high-precision material testing.

1. Double-column Structure Design:

• The machine uses a double-column frame structure, making it more stable and capable of bearing large tensile and compressive forces. The double-column design helps prevent displacement during testing, ensuring accuracy and reliability.

• This structure also enhances the balance of the equipment, which better distributes the load, providing a more stable testing environment, especially during high-strength tensile tests.

2. High Load Capacity:

• The machine is typically equipped with high-capacity servo motors and transmission systems, allowing for testing forces of up to several hundred tons. It is suitable for testing the mechanical properties of various materials.

• It is suitable for testing large or heavy samples and is widely used in industries such as aerospace, automotive, steel, and construction materials.

3. Precise Control System:

• The device is usually equipped with advanced control systems, including servo control, closed-loop control, and computer control, which enable precise control of loading speed, force, displacement, and other parameters.

• The control system monitors the experimental data in real time and displays the test results, including force-displacement curves, stress-strain curves, etc.

4. Multiple Testing Modes:

• Tensile Test: Tests the strength, elongation, fracture point, and other properties of materials under tension.

• Compression Test: Tests the properties of materials under compressive forces, suitable for brittle materials like metals and ceramics.

• Bending Test: Tests the material properties under bending loads, common for building materials and composites.

• Cyclic Loading Test: Tests the fatigue properties of materials under cyclic loading conditions.

5. High-Precision Sensors:

• Equipped with high-precision sensors such as load cells, displacement sensors, and extensometers, the machine can accurately measure the force, displacement, and deformation experienced by the sample during testing.

• The data acquisition system supports real-time data recording to ensure the accuracy of the test results.

6. Adjustable Workspace:

• The height of the upper fixture and the worktable can be adjusted, allowing the machine to accommodate different sizes and shapes of test samples.

• The flexible design of the worktable ensures that various shapes of samples can be tested, enhancing the versatility of the equipment.

7. User-friendly Interface:

• The machine is equipped with an intuitive touchscreen interface, allowing operators to easily set test parameters, view real-time data, and even perform data analysis and generate reports.

• The interface can also display the testing process and status, enabling real-time monitoring of the test.

8. High Safety:

• The equipment is designed with overload protection, emergency stop functions, and safety shields to ensure the safety of operators during testing.

• The system automatically monitors the operational status of the machine and halts operation if any abnormality is detected.

1. Material Mechanical Property Testing:

• Used to test the mechanical properties of materials such as metals, plastics, rubber, alloys, composites, and construction materials under various conditions, including tensile, compression, and bending tests.

• It can test important mechanical parameters such as tensile strength, yield strength, elongation, and elastic modulus.

2. Aerospace Industry:

• Used for testing the tensile and compressive properties of aircraft components and structural materials to ensure that they can withstand complex loads and pressures during flight.

3. Automotive Industry:

• Primarily used for testing automotive components such as body structures, suspension systems, tires, etc., for tensile strength, fatigue strength, and other properties to meet safety standards.

4. Construction Materials Industry:

• Used to test the mechanical properties of materials such as steel bars, concrete, bricks, and building steel to ensure the stability and safety of construction materials.

5. Electronics Industry:

• Used to test the tensile strength and fatigue properties of electronic components, plastic housings, etc., to ensure their long-term reliability during use.

6. Manufacturing and Metallurgical Industries:

• Suitable for testing the tensile, compressive, fatigue, and fracture properties of metals like steel and aluminum alloys, verifying their service life and stability under extreme conditions.

The large double-column tension testing machine is a high-precision, high-load capacity testing device suitable for testing the mechanical properties of various materials. Its double-column structure provides superior stability and reliability, while its precise control system and high-precision sensors ensure accurate test results. Whether in research, production, or quality control, it has broad application prospects.