Removing Rubber Bonded to Steel Using Induction Heating
Objective Removing rubber that has been permanently bonded to steel or other ferrous substrates can be a challenging and time consuming process....
Processes
Processes: More
Processes: More

Industries:
Industries: More
Industries: More
Industries: More

Products:
Products: More
Services:
Services: More

Learn:
Learn: More
About:

1 min read
Brett Daly
6/2/16 2:01 PM
A client needed to braze a steel tube with external wire braid to manufacture an aerospace part and turned to THE LAB at Ambrell to design a solution. They sent their parts into THE LAB for complimentary feasibility testing. The client wanted to heat their parts to 1400 oF (760 oC) within 30 seconds, and Ambrell's applications engineers got to work to determine the optimal solution.
The engineers at THE LAB found that a 2 kW Ambrell EASYHEATTM induction brazing system with a specially designed single position, three-turn coil would be the right solution for the application. The client noted that they may also need to heat smaller parts within a tighter time frame, and this coil and power supply combination was capable of meeting that objective too. Testing concluded that the 2 kW EASYHEAT can heat the 7/8" (22 mm) steel tube and external wire braid to 1400 oF (760 oC) within 20 seconds, exceeding expectations.
Benefits of this solution from THE LAB include speed, the minimal footprint required by the EASYHEAT unit and the ease-of-integration into the client's manufacturing process. To learn more about induction brazing, one of Ambrell's most popular applications, visit our brazing guide. 
Objective Removing rubber that has been permanently bonded to steel or other ferrous substrates can be a challenging and time consuming process....
In defense manufacturing, there is little margin for error. Components must meet exacting specifications, perform reliably in extreme environments,...
Overview When working with high-performance alloys like Inconel, achieving precise, repeatable heating is critical—especially in research and...