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Products

  • Electronic Torsional Fatigue Testing Machine

    Electronic Torsional Fatigue Testing Machine

    This machine is mainly suitable for torsion testing of automotive electromagnetic clutches, rubber recoil pulleys, metallic and non-metallic shaft products, connecting components, and various other materials. It can perform static or dynamic torsional fatigue durability tests, and is capable of measuring and controlling torque and torsion angle. By adding a corresponding environmental temperature test chamber, it can also conduct torsional fatigue tests under environmental simulation for various components.

  • EH-6603-4 Belt Pulley Fatigue Testing Machine

    EH-6603-4 Belt Pulley Fatigue Testing Machine

    This system is mainly used to test the durability and service life performance of various metallic and non-metallic belt pulleys. It can automatically apply the preset pulley tension, and uses a PLC closed-loop measurement and control system to automatically maintain the load. The tension is applied by a hydraulic cylinder, featuring a wide thrust range and reliable performance. As a result, it is widely used in fatigue performance testing of rotating pulleys in engines, automobiles, and other applications.

  • EHG-6103 Electromagnetic Dynamic Fatigue Testing Machine

    EHG-6103 Electromagnetic Dynamic Fatigue Testing Machine

    This system is mainly used for testing the dynamic and static mechanical properties of various materials, components, elastomers, shock absorbers, and structural parts. It can perform tensile, compression, bending, low-cycle and high-cycle fatigue, crack growth, and fracture mechanics tests under sine, triangular, square, trapezoidal, and combined waveforms. It can also be equipped with an environmental test chamber to conduct environmental simulation tests at different temperatures.

  • Electro-hydraulic Servo Structural Dynamic Fatigue Testing Machine

    Electro-hydraulic Servo Structural Dynamic Fatigue Testing Machine

    It is mainly used to test the dynamic and static mechanical properties of various structural components, parts, buffer blocks, rubber elastomers, shock absorbers, beams, columns and other large products.

    It can perform tensile, compression, bending, low-cycle and high-cycle fatigue, crack propagation, and fracture mechanics tests under sine, triangular, square, trapezoidal and combined waveforms.

    It can also be equipped with environmental test devices to complete environmental simulation tests at different temperatures.

  • High & Low Temperature Electro-Hydraulic Servo Dynamic Fatigue Testing Machine

    High & Low Temperature Electro-Hydraulic Servo Dynamic Fatigue Testing Machine

     

    The High-Temperature Dynamic Fatigue Testing Machine is specifically designed to evaluate the performance of materials under dynamic loading conditions at elevated temperatures.

    As indicated by relevant research and industry practices, this equipment supports a wide range of test types, including tensile, compression, bending, creep-fatigue, and low-cycle fatigue tests. It is widely used for testing metallic materials, non-metallic materials, and structural components, providing critical data for material characterization and quality assurance in high-temperature service environments.

     

     

  • EHN-9000 Electro-Hydraulic Servo Torsional Fatigue Testing Machine

    EHN-9000 Electro-Hydraulic Servo Torsional Fatigue Testing Machine

    This machine is primarily used for torsion testing of a wide range of materials, including both metallic and non-metallic materials.

    It enables precise control of torque and torsion angle. With the addition of appropriate accessories, it can also perform torsional strength tests on components and structural parts.

    Under computer-controlled operation, and when equipped with a small-angle measuring device, the system can accurately determine key test data such as the torsional elastic modulus (shear modulus G) and non-proportional shear stress (Tp).

  • High and low temperature electronic universal testing machine

    High and low temperature electronic universal testing machine

    It is mainly used to test the mechanical properties of metal, nonmetal and products, such as tensile, compression, bending, shearing, tearing and peeling. It can realize the combined command control of stress, strain and speed. According to GB, JIS, ASTM, DIN and other standards, the maximum test force value, breaking force value, yield strength, upper and lower yield points, tensile strength, various elongation stress, various elongation, compressive strength, elastic modulus and other parameters can be automatically calculated, and the test report curve can be printed at any time.

    Using the configured high and low temperature test box, the environmental simulation test at the corresponding temperature can be completed.

    We not only provide standardized machines, but also customize machines and LOGO according to customer requirements. Please tell us your requirements and we will try our best to meet your needs.

    Please provide the test standard you need to our company, our company will help you customize the test machine that meets the test standard you need.

     

  • Walk-in high and low temperature environmental test chamber

    Walk-in high and low temperature environmental test chamber

    The walk-in high and low temperature environment test chamber is mainly composed of a control panel, a switchboard, a moisturizing storage board air blower, a heater, a humidifier, and a freezer. Provides temperature and humidity environment testing for large parts, semi-finished products, finished products in the industry, such as computer terminals and automobile parts.

  • Vehicle-mounted horizontal chain link tensile testing machine

    Vehicle-mounted horizontal chain link tensile testing machine

    This machine is suitable for being placed on a mobile vehicle and transported to the coal mine site. It can test chain link tensile and latch shear tests in accordance with AQ1112-2014 and AQ1113-2014 standards, and automatically calculate the maximum test force value, tensile strength and test chain. parameters such as the deformation of rings and pins, and test report curves can be printed at any time

  • Electronic torsion testing machine

    Electronic torsion testing machine

    It is suitable for testing the tensile and torsional performance of high locking nuts. The test content includes locking torque, twisting off torque, pretightening force and loosening torque, etc. The locking torque refers to the maximum torque during the screwing-in process, and the sampling area can be set; the loosening torque refers to the rotational torque under no axial load, that is, the maximum or minimum torque in a screw-out area, and the sampling area can be set . Parameters such as the total friction parameter µtotal, the thread friction parameter µthread, the end face friction coefficient µendface, and the tightening coefficient K can be obtained.

  • Electro-hydraulic servo pressure testing machine

    Electro-hydraulic servo pressure testing machine

    It is a dedicated machine for flattening composite steel pipes, seamless steel pipes, carbon steel pipes, alloy pipes, stainless steel pipes and other steel pipes. The fully digital measurement and control system can realize the two test methods of prescribed distance flattening and closed flattening to realize closed-loop control of force, displacement and deformation. The test software works in the Windows Chinese environment, with powerful data processing functions, and the test conditions and test results are automatically saved. , display and print. The test process is all under computer control. The test machine is an ideal and cost-effective test system for scientific research institutes, metallurgical construction, national defense industry, colleges and universities, machinery manufacturing, transportation and other industries.

  • Bending fatigue testing machine

    Bending fatigue testing machine

    The bending fatigue testing machine can perform bending loading on materials to simulate the bending conditions in actual use; it can apply continuous bending loads to simulate the fatigue conditions of materials in actual use. By observing the performance of a material under different loading cycles, its fatigue life and durability can be evaluated. In order to ensure the accuracy and repeatability of the test, the bending fatigue testing machine adopts an adjustable specimen clamping system to adapt to different types and sized specimens; widely used in fields such as materials science, engineering materials testing, and product quality control.

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