Recently, a horizontal tensile testing machine produced by our company was successfully delivered to a unit in Hunan and put into use smoothly. This device provides comprehensive and efficient support for material testing with its excellent high-precision measurement, powerful multifunctionality, and advanced intelligent control system. It can not only accurately present key data on material properties, but also greatly improve detection efficiency through intelligent operations, helping enterprises stand out in fierce market competition and move towards new heights of quality and efficiency.
Customer on-site actual image
1. Product Introduction
The electro-hydraulic servo horizontal tensile testing machine is a high-precision equipment used for testing the mechanical properties of materials. It is widely used for testing the tensile, compressive, bending and other mechanical properties of metals, non metals, composite materials and other materials.
2. Main features
1) High precision control: Adopting an electro-hydraulic servo system, it can achieve high-precision load and displacement control, ensuring the accuracy of test data.
2) Large tonnage capability: suitable for tensile testing of large tonnage, able to meet the testing needs of high-strength materials.
3) Horizontal structure: The horizontal design allows the equipment to occupy a small area, making it suitable for testing large-sized specimens in limited spaces.
4) Multi functionality: capable of conducting various mechanical performance tests, such as tensile, compressive, bending, shear, etc.
5) High degree of automation: Equipped with advanced computer control systems, it can achieve automated testing, data collection, and analysis.
3. Application Fields
1) Materials research: used for studying the mechanical properties of materials such as metals, non metals, and composite materials.
2) Product quality control: used in the manufacturing industry for quality inspection and control of products to ensure compliance with relevant standards.
3) Engineering testing: used for testing the mechanical properties of materials in fields such as construction and bridge engineering.
4) Research education: used for teaching and conducting research experiments in universities and research institutions.
4. How to choose
1) Maximum load: Select the appropriate maximum load capacity based on testing requirements.
2) Testing space: Consider the size and shape of the sample and select a suitable testing space.
3) Control accuracy: Select equipment with high control accuracy according to testing requirements.
4) Automation level: Select equipment with high automation level according to actual needs to improve testing efficiency.
5. Maintenance and upkeep
1) Regular inspection: Regularly check the operation status of the hydraulic system, sensors, and control system to ensure that the equipment is working properly.
2) Cleaning and maintenance: Keep the equipment clean to prevent dust and debris from entering the hydraulic system and sensors.
3) Calibration: Regularly calibrate load sensors and displacement sensors to ensure the accuracy of test data.
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