Gleeble 525:
Strip Annealing Simulator 

Build More Efficient Line Schedules

Simulation data helps line metallurgists reduce the number of expensive mill trials and provides insight to more efficiently schedule different grades, gauges and specifications. The Gleeble 525 can rapidly and dynamically heat and quench sheet specimens to accurately simulate annealing, galvanizing, and coating line processing. The system can be used to reproduce and evaluate existing processes, experiment with process modifications, or troubleshoot problems.

• Better understand the time/temperature relationship of materials, and processing windows
• Improve product quality - Simulations help optimize material properties and meet the high demands of AHSS
• Minimize scrap at transitions and warmer coils and reduce secondary coils and test coils
• Accelerate new product development
• Improve efficiency by defining process windows to allow better transitions
• Develop annealing cycles to meet specification and salvage off-chemistry or misprocessed coils
• Adjust processing settings for different alloys and gradesprove product consistency and quality

DSI Strip Annealing Systems Offer the Following Capabilities:

• Ultra-Fast Heating - All Gleeble strip annealing systems utilize the same ultra-fast direct resistance heating that has made Gleeble systems a staple at the world’s leading metals producers.
• Proportional Quench - A dynamic cooling system with custom gas- quench spray heads that allows fast yet controlled cooling.
• Complex Thermal Cycles - Users can easily program complex temperature profiles, including heating, holding, controlled cooling, reheating and quenching. This allows for accurate simulation of production line processes.
• Large Uniform Temperature Zones - Great care has been taken to maximize temperature uniformity in the test specimen, allowing for simulations that are more representative of production processes, resulting in a more representative post-treatment material condition.
• Environmental control - Specimens can be tested in vacuum, air or inert gas.
• Tension Application - Tension can be applied to the specimen to prevent buckling and to simulate roll tension forces.