Materials testing systems are used to evaluate how materials, components, and finished products behave under different loads and test conditions. They are mainly used to measure mechanical properties such as strength, deformation, fatigue life, creep behavior, impact resistance, and torsional performance for research, product verification, and quality control.
SUNS specializes in a wide range of material testing machines designed for various test methods and applications, including:
- Electromechanical and servo-hydraulic universal testing machines
- Dynamic fatigue and fracture testing systems
- High-temperature creep and stress rupture testing machines
- Compression, impact, torsion, shear, and bending testing machines
- Specialized testing instruments for plastics, composites, batteries, and other new energy materials
- Automatic tensile, compression, and impact testing systems
The setup of each testing system can be adapted to the specimen, test method, load range, and testing environment with suitable grips, extensometers, video or DIC measurement systems, furnaces, and environmental chambers. For laboratories that process large numbers of specimens, automated tensile, compression, and impact testing systems can handle specimen handling, loading, measurement, data collection, and reporting with less operator involvement.
Materials testing machines and systems are used by manufacturers in the aerospace, automotive, battery, rail, metals, and composite materials industries, as well as by universities, research institutes, and quality inspection laboratories. Test configurations can be prepared for methods based on ISO, ASTM, GB/T, and other applicable standards.
