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Induction Rivet Heating for Hot Heading in Turbine Manufacturing

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Rivet heating prior to head forming and hot heading is a popular application in the turbine manufacturing industry. A UK manufacturer of turbines for maritime vehicles wanted to switch to induction heating and contacted THE LAB at Ambrell for an application test on steel rivets.

The customer wanted to achieve maximum production efficiency with heat cycles of 10 seconds per rivet, with the end temperature of 700 ºC (1292 ºF).  Ambrell’s application engineers tested this rivet heating application in THE LAB, and recommended a 4.2 kW EASYHEAT system for the customer.

rivet heating with induction

 

Due to the small size of the induction heating system and remote work head, an EASYHEAT was an ideal candidate for inline production. Applying induction heating allowed the customer to enjoy the following benefits: repeatable and fixed heat cycles, precise heating (only the head of the rivet was brought to temperature) and increased production efficiency. Additionally, induction heating is flameless, which improved workplace safety significantly at the same time.

Ambrell offers induction heating expertise based on over 30 years of industry experience. We offer numerous insights into fastener heating in our Fastener Heating Brochure. We also encourage you to fill out a lab service request form, which is free, so that we can test your application and recommend an optimal induction heating solution for your heating application.

Check out our extensive induction heating video library, and maybe you will see a process just like yours tested by our induction heating experts in THE LAB.

 

Video Library

 

 

 

Video: Free Parts Testing from the LAB at Ambrell

THE LAB at Ambrell has long offered induction heating feasibility testing, including a half-day of parts testing free of charge. This testing,...

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Debonding the Rubber Coating from a Steel-Casted Water Valve

A client contacted THE LAB at Ambrell because they needed to heat a steel, rubber-coated water valve to 500 ºF (260 ºC) and debond the rubber...

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Induction Heating a Steel Susceptor for Glass Cutting

 

A client needed to heat a steel susceptor in order to heat glass rods for a glass cutting application. They decided to take advantage of free...

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