As a pioneer in testing equipment manufacturing since 2007, Suzhou TOPHUNG Machine Equipment Co., Ltd. has delivered reliable quality control solutions to global industries. Our Universal Testing Machines (UTMs) empower manufacturers to validate material performance with scientific rigor.   Core Functions of UTM Systems Fundamental Material Evaluation Tensile Testing: Measures yield strength, elongation and break points (e.g. metal wires, polymer films) Compression Testing: Assesses crush resistance (e.g. concrete blocks, battery components) Flexural Testing: Determines bending stiffness (e.g. photovoltaic panel frames) Advanced Structural Analysis Peel strength tests for adhesives Shear resistance evaluation for fasteners Cyclic loading simulations for fatigue life prediction   Key Industries Served New Energy: Validating solar connector durability under extreme weather simulation Automotive: Testing seatbelt tensile strength and component fatigue resistance Construction: Certifying steel reinforcement bars to GB/T 228.1 standards Electronics: Measuring flexible PCB substrate deformation limits   TOPHUNG's Engineering Excellence Precision Control 0.5-grade load cells with temperature compensation Crosshead positioning accuracy ±0.05mm   Adaptive Configuration Modular design supports capacity from 10N to 2,000kN Interchangeable grips for wires, composites and biomaterials   Smart Operation T-Test software preloads 50+ international standards (ISO/ASTM/GB) Real-time stress-strain curve visualization Multi-language report generation    Compliance Assurance CE certified electrical systems NIST-traceable calibration certificates   Lifecycle Support Onsite installation & operator training Preventative maintenance programs Spare parts availability guarantee   Application Scenario A Southeast Asian cable manufacturer enhanced export compliance using our TH-8000 UTM: Simultaneously met IEC 60811 and ASTM D412 requirements Automated copper conductor elongation testing With parallel sample analysis, the test cycle is shortened