Mechanical properties of materials refer to the mechanical characteristics of materials when subjected to various applied loads (tensile, compression, bending, torsion, impact, alternating stress, etc.) under different environments (temperature, media, humidity).
Mechanical property testing is used as a key element in the evaluation of material properties in industries such as textile and apparel, shoes and bags, building materials, electronics and electrical appliances, industrial manufacturing, aerospace, rail transportation, automobiles and parts, and medical devices. Through mechanical property testing, we can grasp its use performance, so as to achieve the best economy; mechanical property is also the main basis for mechanical parts design and material selection, so as to provide guidance for product optimization design and scheme; mechanical property is also the key parameter to evaluate whether the material meets the corresponding standard requirements and protect the interests of customers in trade; mechanical property testing is also the key data for production process quality control and new material Mechanical properties are also key data for quality control of production process and research and development of new materials.
NOA has the capability of physical testing of various polymer materials, including density, hardness, tensile, bending, impact, compression, DSC, TGA, melt flow rate, low temperature embrittlement, heat deflection temperature, Vicat softening temperature, ash content, etc. Its testing methods cover the requirements of international standards (ISO), national standards (GB) and other standards, for the range of objects including PC, ABS, PP, PE, LDPE and HDPE, LDPE and HDPE and other materials. We can also provide a series of tests to identify and test the performance and process performance of metallic and non-metallic materials. The tests can help customers evaluate the mechanical properties of materials and identify weaknesses in the use of materials.
NOA has a central laboratory of 30,000m2 and has obtained CMA and CNAS qualification. Through experienced technicians, we provide detailed technical consulting solutions and offer a variety of complete test experiments to ensure accurate and reliable test results.
