Enhancing Aluminum Casting Expertise with SECAT’s Comprehensive Training

[Image: SECAT 1]

At MI2, we’re always excited to highlight our partners who are making a real impact. This time, we’re shining the spotlight on SECAT and their upcoming training program: Aluminum Billet and Ingot Casting, taking place this week on Thursday and Friday.

This comprehensive training course is specifically designed for aluminum casthouse operators, offering an in-depth look into both ingot and billet production. Participants will gain essential knowledge and practical tools to improve the quality and efficiency of their operations, learning from an experienced instructor who brings extensive real-world expertise.

What to Expect from the Training

Attendees will dive into key topics, including:

• Best practices in melting operations
• Efficient metal transport systems
• Degassing systems and their role in impurity removal
• Grain refining processes for enhanced metal properties
• Filtration and inclusion removal systems to ensure quality
• Direct Chill (DC) casting operations for ingots and billets
• Quality inspection techniques to meet industry standards
• Homogenization processes for improved material consistency

With reference materials provided, this course serves as an invaluable resource for professionals looking to enhance their expertise in aluminum ingot and billet casting.

Who Should Attend?

This training is ideal for Technicians, Quality Engineers, Management, Plant Operators, and Maintenance Personnel looking to refine their skills and stay ahead in the aluminum industry.

Flexible Attendance Options

Participants can choose to attend in person or virtually, making it accessible for industry professionals regardless of location. Plus, course fees include all materials and lunch each day for those attending in person.

If you or your team are looking to enhance your aluminum casting knowledge, don’t miss this opportunity to learn from industry leaders at SECAT.

For more details or to register, visit the event page.