1 min read

Induction Annealing Stainless Steel Tube in 45 Seconds | Ambrell

A tube manufacturer was designing a new process that involved annealing a stainless steel tube, and they turned to THE LAB to help. The client wanted to heat the tube with an 0.8”/20.3 mm OD to 1900 oF (1038 oC) within one minute. The applications engineers in THE LAB worked to design a solution based on their requirements.

An Ambrell EASYHEATTM 10 kW (150-400 kHZ) induction heating solution was determined to be the ideal solution given their time requirements. A custom-designed single position multi-turn helical coil was built to generate the required heating for the application. Temperature indicating paint was then applied to the tube, which dissolves when the part reaches the target temperature. It took 45 seconds to heat the tube to the target temperature for this annealing application, which met the client’s objective. 

 

The client had previous experiences with THE LAB and turned to them once again because they wanted a partner that could help them take a concept to a working prototype. They turned to induction from Ambrell because it's rapid, flameless, repeatable and requires a minimal footprint in their manufacturing facility. 

 

Do you have an application that might benefit from THE LAB's expertise? Let us know and we'll get the complimentary parts testing process started. Check out our annealing section to see more annealing applications and contact us today to discuss your heating application. 

More Annealing Application Notes

Induction Soldering Brass and Copper Components

A customer contacted THE LAB at Ambrell because they were soldering brass and copper components with a torch, but wanted to see if induction might be...

Read More

Ambrell Returns to MOTEK in Stuttgart

Ambrell is pleased to return to MOTEK and Bondexpo (04-07 October) in Stuttgart, Germany. Our stand will be located in hall 5, stand 5414, and we...

Read More

Induction Heating Steel Assemblies for Sealing

A manufacturer of plastic filtration devices came to THE LAB at Ambrell to see if induction might be a more efficient heating method for their...

Read More