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Product Description
Computerized Double Column Tensile Testing Machine is used to test the mechanical properties of various materials such as static load, tensile, compression, bending,shearing, tearing, peeling and other mechanical properties of mechanical equipment. It is suitable for plastic plates, pipes, and other materials. Various physical and mechanical performance tests of profiles, plastic films and rubber, wires and cables, steel,fiberglass and other materials are developed for materials.
Specification
| Frame capacity | 2000kg |
| Load cell brand | Germany brand load cell for high accuracy, |
| 2000kg (500,1000kg are optional) | |
| Load accuracy | 0.5% F.S |
| Control system | PC with windows 7 system |
| Motor | Panasonic servo motor w/AC variable speed drive system, high-precision mechanical ball screw rod |
| Force reading | kgf, Ibf, N, KN, T etc |
| Vertical test space | 1200mm including fixture |
| Horizontal test space | ≤400mm |
| Test speed | 0.1~500mm/min (adjustable) |
| Software | TM 2101 |
| Curves display | Load- elongation, Elongation-time, Time-elongation, Stress-strain |
| Data display | Max. force, speed, sample information, strength(Kpa, Mpa, N/mm, N/mm2) etc… |
| Safety features | E-Stop |
| Over-load protection | |
| Upper and lower limit switches | |
| Load sensor with automatic retreat |
Applications
1. Tested sample: laminated materials, wood, leather, rubber & plastic, metal material, etc.
2. Different test with different grips: tensile, peel, tear, heat seal, adhesive, bend and open force.
3. Deformation under defined load: Test deformation under defined load of tested sample
4. Load under defined deformation: Test load under defined deformation of tested sample
Software can issue word/excel report with results for max. force, elongation, tensile strength, peel strength, tear strength,
compression strength, etc.
Tensile Strength Tester for Composite Materials
In the process of research and development, production and quality control of composite materials, the accurate determination of their tensile strength and other key mechanical properties is an extremely important part. The tensile strength tester for composites developed by us takes into full consideration of the complex characteristics of composites, and provides you with reliable and efficient testing solutions through advanced technology and ingenious design.
I. Powerful and accurate functional characteristics
1. High-precision force measurement: Equipped with ultra-sensitive force sensor, the force measurement accuracy can reach ±0.5% FS (full scale). As composites are made of many different materials, their mechanical response is more complex, this sensor can accurately capture the subtle changes in force from the initial loading to the entire process of material fracture, providing you with accurate tensile strength data. For example, when testing carbon fiber reinforced composites, it can clearly present the force changes at different stress stages, accurately derive the yield strength, ultimate tensile strength and other key indicators, laying a solid foundation for material performance evaluation.
2. High-resolution displacement monitoring: adopting advanced high-precision displacement sensor, the resolution of displacement measurement is as low as 0.001mm. composite materials in the stretching process, the deformation mode is diverse, and the displacement change is complicated. The sensor can track the deformation of the sample in the whole stretching process in real time and stably, and help you draw an extremely accurate stress - strain curve. This is invaluable for studying the deformation mechanisms of composite materials, assessing their reliability under different operating conditions, and predicting product life.
3. Wide range adaptability: The tester has a wide range of force values, from as low as a few Nm to as high as tens of thousands of Nm, to meet the needs of a variety of different specifications, properties and uses of composite materials testing. Whether it is high-performance lightweight composites used in the aerospace field or large composite structural parts used in the construction industry, the tester can find the appropriate test range on this tester to ensure the accuracy and reliability of the test results.
4. Multi-mode loading function: Considering that composites may bear different forms of loads in practical applications, the tester provides a variety of loading modes. In addition to the conventional uniform loading, special loading modes such as step loading and cyclic loading can also be realized. For example, through the cyclic loading mode, it can simulate the fatigue performance of composite materials under dynamic loading, providing data support for evaluating their durability during long-term use.
Second, a wide range of application industries
1. Aerospace field: In the aerospace industry, composite materials are widely used in aircraft fuselage, wings, engine parts and other key parts due to their excellent properties such as high specific strength and low density. Our tensile strength testing machine can be used to test the mechanical properties of various aerospace composites, to ensure that the material can still meet the strict safety and performance requirements under extreme conditions, and provide a strong guarantee for the lightweight design and reliability of aircraft.
2. Automobile manufacturing industry: Automobile manufacturers are increasingly using composite materials to reduce body weight, improve fuel economy and enhance vehicle performance. From interior parts to structural body parts, the tester can perform tensile testing on various composite materials for automobiles, helping enterprises to optimize material selection and product design, improve the overall quality and safety of automobiles, and reduce production costs at the same time.
3. Construction and civil engineering: In the field of construction and civil engineering, composite materials are often used to manufacture bridge structural parts, building plates, reinforcing bars, etc. By using this tester to test these composite materials, we can help companies optimize the overall quality and safety of automobiles and reduce production costs. By using this tester to test the tensile strength of these composites, it can ensure that they remain structurally stable under long-term static and dynamic loads, providing a reliable basis for the quality and safety of construction projects.
4. Manufacture of sporting goods: Composite materials are also widely used in the manufacture of sporting goods, such as golf clubs, tennis rackets, bicycle frames and so on. These products have very high requirements on the strength, elasticity and light weight of the materials. Our testing machine can help sporting goods manufacturers accurately control the material performance, produce sports equipment with excellent performance and reliable quality, and meet the demand of athletes and consumers for high-quality products.
C. Notes on operation and use
1. Sample preparation: The preparation of composite material samples has a great influence on the test results. Be sure to cut, process and handle the samples in strict accordance with the relevant standards or experimental requirements to ensure that the samples are accurate in size, flat surface and free of defects. At the same time, pay attention to the fiber orientation of the sample and other factors, because it may significantly affect the mechanical properties of the material test results.
2. Fixture selection and installation: According to the shape, size and characteristics of the composite sample, it is crucial to choose the right fixture. The fixture should be able to firmly clamp the sample to prevent slipping or falling off during the testing process, but without causing damage to the sample. When installing the fixture, make sure it is mounted securely and symmetrically to ensure that the force applied during the test is uniform.
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