Plastic Rubber 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

The plastic and rubber dual-column tensile testing machine is an experimental device used to test the mechanical properties of materials like plastic and rubber. It features a dual-column structure, providing a stable testing environment to ensure that material testing for tensile, compression, bending, and other performance tests is conducted under high loads and high precision. It is widely used in industries such as plastics, rubber, and synthetic materials to determine the mechanical properties of materials under various tensile conditions.

1. Dual-Column Structure Design:

• The dual-column frame design ensures strong stability during high-load testing, effectively preventing unnecessary displacement or vibration during the testing process.

• The dual-column structure allows for larger specimen sizes and can withstand higher test loads.

2. High-Precision Load and Displacement Control:

• The machine is equipped with high-precision load sensors and displacement sensors to monitor the stretching or compression process of the specimen in real time, ensuring accurate data throughout the test.

• With a precise servo motor drive system, the testing speed can be adjusted accurately to meet the needs of different materials under various testing conditions.

3. Wide Range of Applications:

• This testing machine is capable of performing various mechanical property tests such as tensile, compression, bending, and tear tests for materials like plastics, rubber, and composite materials.

• It is used for testing the mechanical properties of rubber, plastic films, sheets, rubber seals, and other materials.

4. Multi-Function Testing Modes:

• Tensile Testing: Measures the tensile strength, elongation, and breaking point of materials under tensile conditions.

• Compression Testing: Tests the elasticity, plastic deformation, and load-bearing capacity of materials under compression.

• Tear Testing: Assesses the tear resistance of materials under a tearing load.

• Fatigue Testing: Evaluates the durability and fatigue resistance of materials under cyclic loading.

5. High-Precision Control System:

• The testing machine typically includes a computer control system, allowing users to set test parameters, monitor the test process in real-time, and generate test reports.

• The control system supports automatic loading, unloading, and specimen resetting, improving operational convenience.

6. Automation and Intelligence:

• The equipment can automatically collect data, analyze it, and generate reports, significantly improving testing efficiency.

• Provides real-time test curves (such as force-displacement curves, stress-strain curves), enabling users to quickly analyze material performance.

7. Adjustable Working Space:

• The upper and lower clamps and the workbench can be adjusted according to the specimen's size, offering high flexibility for testing specimens of various shapes and sizes.

8. Safety Design:

• The equipment is equipped with safety protection features such as overload protection, emergency stop, and limit protection to ensure the safety of the operator during the test.

• The device's rigorous structural design and proper isolation measures prevent accidents during high-load testing, ensuring safe usage.

1. Plastic Industry:

• Used to test the tensile, compression, fracture, and deformation properties of plastic films, sheets, pipes, and other materials.

• Applied in plastic production and quality control to ensure products meet the required standards.

2. Rubber Industry:

• Used to test rubber products such as rubber seals, rubber gaskets, and rubber hoses, evaluating their mechanical properties such as tensile strength, wear resistance, and tear resistance.

• Widely used in automotive, electronics, and machinery industries for rubber material testing.

3. Composite Materials:

• Can be widely applied to test composite materials, fiber-reinforced materials such as carbon fiber and fiberglass-reinforced plastics (FRP), to evaluate their mechanical properties.

• Tests the strength and durability of composite materials under tensile, compression, and impact loads.

4. Scientific Research and Laboratories:

• Suitable for basic material testing in material science research, helping researchers analyze and verify the properties of new materials.

• Also widely used in educational training and teaching experiments in higher education institutions.

5. Quality Control:

• Used in manufacturing enterprises to conduct sampling tests on mass-produced plastic and rubber products, ensuring stable product quality.

The plastic and rubber dual-column tensile testing machine is a core device for testing the mechanical properties of plastic, rubber, and composite materials. With its high-precision control, high-load capacity, and multi-functional testing modes, it is widely used in material research, production quality control, and product development across many industries. Its dual-column structure not only enhances the stability of the machine but also allows testing of specimens of various sizes, making it widely applicable in various industries and research fields.