1. Conclusion With its high precision, multifunctional and intelligent characteristics, the Sansi universal tensile testing machine provides solid technical guarantees for the research and development and application of polymer materials. Faced with the development trend of green, environmentally friendly, intelligent and multi-functional composite polymer materials, by building a digital test platform, promoting multi-environment collaborative testing, and realizing intelligent feedback closed-loop control, it will not only improve product R&D efficiency, but will also help enterprises seize the initiative in the fierce market competition. With its strong technical strength and a complete service network, Shenzhen Sansi Testing Equipment Co., Ltd. will continue to lead the innovative development of the material testing equipment field and inject strong impetus into the polymer material industry.
2. Development trends of polymer materials industry At present, the field of polymer materials is showing the following development trends:
3. New views and suggestions for polymer material research and development Based on the above development trends and the excellent performance of Sansi Universal Tension Testing Machine, the following new views and suggestions are put forward: Build a full-process digital testing platform Using the high-precision data acquisition capability of the universal test machine, combined with cloud platform, data analysis and AI algorithms, we realize the full process digital monitoring from sample preparation, test process to data feedback. This not only speeds up the R&D iteration speed, but also achieves predictive maintenance and process optimization. Multi-environment collaborative testing and standard formulation In view of the complex environments faced by polymer materials in practical applications (such as high temperature, low temperature, high humidity, etc.), it is recommended to add an environmental simulation module on the basis of a universal testing machine to carry out multi-dimensional collaborative testing such as temperature, humidity, light, and radiation. At the same time, we actively participate in and promote the formulation and internationalization of polymer material testing standards to achieve the unity and standardization of detection methods. Customized and modular testing solutions Different polymer materials have different mechanical properties testing requirements due to different composition and structure. It is recommended that equipment manufacturers cooperate with customers to develop customized testing fixtures and modular testing solutions to meet the special testing needs of new materials in many aspects such as tensile, fracture, and fatigue. Intelligent feedback and closed-loop control system Combined with the real-time data acquisition system of the test machine, an intelligent feedback mechanism is established, and the test data is transferred to the R&D decision-making system in real time, helping R&D personnel quickly identify material defects and optimize formulas, and realize closed-loop control and real-time adjustment during the test process. Interdisciplinary cooperation and talent training Promote in-depth cooperation in interdisciplinary fields such as materials science, mechanical engineering and data science, establish a joint school-enterprise laboratory and talent training base, enhance the R&D team's ability to control the performance testing methods of new polymer materials, and promote the overall technological progress of the industry.
4. Enterprise advantages of Shenzhen Sansi Testing Equipment Co., Ltd. Shenzhen Sansi Testing Equipment Co., Ltd., as a national high-tech enterprise and well-known brand, has many years of R&D and manufacturing experience and deep industry accumulation. Company features include: Strong technical research and development capabilities It has a R&D team composed of experts in the fields of materials, mechanics and automatic control, continuously promotes product innovation and has a number of national patents and software copyrights. Leading in product quality and precision The product adopts internationally leading sensor and control technology to ensure the accuracy and stability of test data and provide reliable data support for the research and development of polymer materials. A complete after-sales service system With multiple offices and service centers nationwide, it provides fast response and comprehensive technical support to ensure that customer equipment is always at its best throughout its use cycle. Continuous technological innovation and standard promotion Actively participate in the formulation of domestic and foreign testing standards, and establish joint laboratories with many well-known universities and research institutes to help the technological progress of polymer materials and other industries.
5. Introduction Against the backdrop of today's industrial upgrading and green manufacturing, polymer materials are being widely used in various fields such as aerospace, automobiles, electronics, and medical care due to their advantages such as lightweight, high strength, corrosion resistance and environmental protection. At the same time, polymer material products have put forward higher requirements for mechanical properties, durability and environmental adaptability during the research and development process. As the core equipment for R&D and quality control, Sansi Universal Tension Testing Machine provides strong support for enterprises in material performance verification, process optimization and new material development with its high precision, intelligence and multifunctional testing capabilities.
6. Core performance parameters of Sansi universal tensile testing machine The universal tensile testing machine independently developed by Shenzhen Sansi Testing Equipment Co., Ltd. is at the industry-leading level in terms of accuracy, stability and flexibility. The main performance parameters include: 1. Test force range: from 1kN to 100kN, meeting the multi-stage testing needs from low-strength to high-strength polymer materials. 2. Accuracy level: Advanced sensors and microcomputer control systems are used, and the force value measurement error can be controlled within ±0.5%, ensuring the high accuracy of the test data. 3. Effective stroke and resolution: It can achieve an effective stretch stroke of up to 1000mm, and the displacement resolution is as high as 0.001mm, providing technical guarantees for capturing slight deformation of the material. 4. Test speed: It has an adjustable test speed of 0.1mm/min to 500mm/min, which can not only meet the slow and detailed tensile test, but also suitable for fast impact tests. 5. Multi-mode testing function: Not only supports conventional tensile testing, but also allows various mechanical tests such as compression, bending, tearing, and peeling to fully meet the needs of complex performance testing of polymer materials. These excellent performance parameters provide R&D personnel with comprehensive and accurate material mechanical data, and have become an important technical support for polymer material research and development and product verification.