Thermal-Mechanical Simulators A Complete Family of Research Tools to Improve Materials, Optimize Processes & Increase Profits
Material Testing and Process Simulations
• HAZ cycling/PWHT • ermal cycling/heat treatment • Dilatometry/phase transformation – Dynamic and Static - CCT / CHT / TTT • Stress relaxation studies • Creep/stress rupture • Low cylce fatigue – ermal/mechanical fatigue • DIC Imaging • In-Situ Laser Ultrasonics
• Hot/warm tensile testing • Hot/warm compression testing – Uniaxial/Plane strain compression – Strain Induced Crack Opening • TNR determination • Stress vs. Strain curves • Melting and solidi cation
• Nil-strength testing • Hot ductility testing • Quenching – Cryo/ISO-Q/Proportional
Ultra High Temperature • Capable of testing up to 2500°C • Fast heating and cooling rates allow for rapid thermal cycling • A pyrometer is utilized for accurate temperature monitoring Maximizing Efficiency with High Throughput • Localized heating allows for fast heating and cooling, signi cantly reducing the time between tests compared to traditional furnace-based testing • High-Capacity Testing: facilitates 10-15 tests per day, optimizing research productivity • User-friendly interface for simpli ed operation and data analysis, enhancing overall testing experience
Testing Up To 2500°C
View Our Solutions Guide
Gleeble.com | Info@Gleeble.com | 518.283.5350
Made with FlippingBook interactive PDF creator