Textile Compression Elasticity Testing Machine
HY-026GY
Designed for comprehensive evaluation of fabric compression and elasticity properties. It integrates cutting-edge technology and robust construction to accurately measure mechanical properties like tensile, tearing, bursting, fixed elongation, fixed load, elasticity, suture slippage, and peeling for various textiles and related materials. It is also widely used in force, elongation, and deformation tests (tension, compression, bending, etc.) for materials such as rubber, plastics, leather, metal, and building materials, supporting quality control and research across multiple industries.
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Textile Compression Tester - Advanced Fabric Testing Solution
The Textile Compression Tester is a precision textile testing machine designed for comprehensive evaluation of fabric compression and elasticity properties. This textile elasticity testing machine combines cutting-edge technology with robust construction to deliver accurate measurements for quality control and research applications across multiple industries.
Textile Compression Tester is used to test the tensile, tearing, bursting, fixed elongation, fixed load, elasticity, suture slippage, peeling and other mechanical properties of various textiles and related materials. It is widely used in the force, elongation and deformation tests of mechanical properties such as tensile, compression, bending, bonding, peeling, tearing, bursting, creep, etc. of rubber, plastics, leather, metal, wire, paper, packaging, building materials, petrochemicals, electrical engineering, geotechnical materials, etc.
Instrument features:
1.Textile Compression Tester has the function of automatic positioning after replacing the fixture and automatic calibration after changing the fixture position, without manual calibration.
2. By limiting the closing air pressure and closing speed of the fixture, it automatically detects whether the pneumatic fixture has abnormal behavior, reduces human misoperation, and effectively reduces the risk of fingers being pinched by the pneumatic fixture.
3. TEDS sensor automatic recognition function. After replacing the sensor, the instrument can automatically identify the measurement range and automatically calibrate it in the software background.
4. A variety of fixtures can be customized to adapt to different materials and test standards.
5. The powerful Textile Compression Tester has hundreds of built-in programs and a huge library of preset test methods to meet the most commonly used standards such as GB, FZ, AATCC, ASTM, ISO, JIS, EN, MS, LTD, etc.
6. Guided operation steps make operation simpler and more convenient.
7. Customization of standards, parameters, results and reports can be realized.
8. The test report is presented in a variety of ways (scatter plots, curves, raw data, etc.).
9. It has powerful calibration and detection tool support functions.
10.Textile Compression Tester has the function of instrument Internet of Things, which can realize the background operation status, faults and other information of the instrument. 11. A variety of test unit systems are available. 12. The interface design is user-friendly, and the instrument status and fault prompts can be displayed immediately after powering on. 13. The upper and lower limit travel of the beam displacement, overload protection, overvoltage, overcurrent, overheating, undervoltage, undercurrent, leakage automatic protection, emergency switch manual protection and other functions. 14. Equipped with pneumatic replaceable chucks, more than 100 types of grippers are available, and can be customized according to customer materials.
11. A variety of test unit systems are available.
12. The interface design is user-friendly, and the instrument status and fault prompts can be displayed as soon as the machine is turned on.
13. The upper and lower limit travel of the beam displacement, overload protection, overvoltage, overcurrent, overheating, undervoltage, undercurrent, leakage automatic protection, emergency switch manual protection and other functions.
14. Equipped with pneumatic replaceable chucks, more than 100 types of grippers are available, and can be customized according to customer materials.
5. The powerful Textile Compression Tester has hundreds of built-in programs and a huge library of preset test methods to meet the most commonly used standards such as GB, FZ, AATCC, ASTM, ISO, JIS, EN, MS, LTD, etc.
6. Guided operation steps make operation simpler and more convenient.
7. Customization of standards, parameters, results and reports can be realized.
8. The test report is presented in a variety of ways (scatter plots, curves, raw data, etc.).
9. It has powerful calibration and detection tool support functions.
10.Textile Compression Tester has the function of instrument Internet of Things, which can realize the background operation status, faults and other information of the instrument. 11. A variety of test unit systems are available. 12. The interface design is user-friendly, and the instrument status and fault prompts can be displayed immediately after powering on. 13. The upper and lower limit travel of the beam displacement, overload protection, overvoltage, overcurrent, overheating, undervoltage, undercurrent, leakage automatic protection, emergency switch manual protection and other functions. 14. Equipped with pneumatic replaceable chucks, more than 100 types of grippers are available, and can be customized according to customer materials.
11. A variety of test unit systems are available.
12. The interface design is user-friendly, and the instrument status and fault prompts can be displayed as soon as the machine is turned on.
13. The upper and lower limit travel of the beam displacement, overload protection, overvoltage, overcurrent, overheating, undervoltage, undercurrent, leakage automatic protection, emergency switch manual protection and other functions.
14. Equipped with pneumatic replaceable chucks, more than 100 types of grippers are available, and can be customized according to customer materials.
Hardware design:
1. The frame is made of high-strength materials with a design service life of more than 30 years. Preloaded bearings and precision ball screws, thickened crossbeams and bottom beams, and lower tension transmission belts minimize energy storage during the test, thereby improving test performance and obtaining more accurate model volume and strain values.
2. Precision guide rails with excellent centering and bending resistance. When conducting axial tests, only systems equipped with stable and precise rigid guides can obtain accurate stress and strain results to ensure that the lateral forces on the specimen under load are accurate and minimized.
3. Larger and more advanced servo control drive system with higher reliability. High-power servo motors provide higher acceleration at the beginning of the test and faster operating cycles during cyclic tests. The double belt system keeps the ball screw in synchronous motion, eliminates the tendency of the beam to tilt, and helps centering and precise positioning of the system.
Seventh-generation digital signal processing (DSP) control technology based on embedded systems
1. High-speed, low-vibration AC servo drive device imported from Japan, high-resolution digital closed-loop controller.
2. Modular design, multi-channel data acquisition and analog output modules, open data management, can realize the detection and control of load, deformation, displacement, speed change, etc.
3. High-precision imported load sensor uses high-precision 24-bit A/D, sampling frequency 2000Hz, full-power resolution up to 1/100,000.
4.Textile Compression Tester is equipped with a mobile touch screen control box, which is installed on the frame to display the working status of the machine and provide the control keys required during the test control process. Most functional tests can be performed without communication.
1. The frame is made of high-strength materials with a design service life of more than 30 years. Preloaded bearings and precision ball screws, thickened crossbeams and bottom beams, and lower tension transmission belts minimize energy storage during the test, thereby improving test performance and obtaining more accurate model volume and strain values.
2. Precision guide rails with excellent centering and bending resistance. When conducting axial tests, only systems equipped with stable and precise rigid guides can obtain accurate stress and strain results to ensure that the lateral forces on the specimen under load are accurate and minimized.
3. Larger and more advanced servo control drive system with higher reliability. High-power servo motors provide higher acceleration at the beginning of the test and faster operating cycles during cyclic tests. The double belt system keeps the ball screw in synchronous motion, eliminates the tendency of the beam to tilt, and helps centering and precise positioning of the system.
Seventh-generation digital signal processing (DSP) control technology based on embedded systems
1. High-speed, low-vibration AC servo drive device imported from Japan, high-resolution digital closed-loop controller.
2. Modular design, multi-channel data acquisition and analog output modules, open data management, can realize the detection and control of load, deformation, displacement, speed change, etc.
3. High-precision imported load sensor uses high-precision 24-bit A/D, sampling frequency 2000Hz, full-power resolution up to 1/100,000.
4.Textile Compression Tester is equipped with a mobile touch screen control box, which is installed on the frame to display the working status of the machine and provide the control keys required during the test control process. Most functional tests can be performed without communication.
