Induction Heat Treating - Optimizing Performance of Crankshaft Hardening Inductors - Using Fluxtrol A in crankshaft induction coils resulted in a 100% improvement in coil lifetime while improving carburized case depth. Potential benefits include increased coil lifetime, improved system efficiency, the ability to more easily achieve difficult patterns and increased repeatability.: Fid-Bau Portal

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Induction Heat Treating - Optimizing Performance of Crankshaft Hardening Inductors - Using Fluxtrol A in crankshaft induction coils resulted in a 100% improvement in coil lifetime while improving carburized case depth. Potential benefits include increased coil lifetime, improved system efficiency, the ability to more easily achieve difficult patterns and increased repeatability.

Myers, Clay

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Induction Heat Treating - Optimizing Performance of Crankshaft Hardening Inductors - Using Fluxtrol A in crankshaft induction coils resulted in a 100% improvement in coil lifetime while improving carburized case depth. Potential benefits include increased coil lifetime, improved system efficiency, the ability to more easily achieve difficult patterns and increased repeatability.

Myers, Clay

Induction Heat Treating - Optimizing Performance of Crankshaft Hardening Inductors - Using Fluxtrol A in crankshaft induction coils resulted in a 100% improvement in coil lifetime while improving carburized case depth. Potential benefits include increased coil lifetime, improved system efficiency, the ability to more easily achieve difficult patterns and increased repeatability.

Myers, Clay

Access

Check availability in my library

Order at Subito €

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Document information

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Title:

Induction Heat Treating - Optimizing Performance of Crankshaft Hardening Inductors - Using Fluxtrol A in crankshaft induction coils resulted in a 100% improvement in coil lifetime while improving carburized case depth. Potential benefits include increased coil lifetime, improved system efficiency, the ability to more easily achieve difficult patterns and increased repeatability.

Contributors:

Myers, Clay (author) / Osborn, John / Tiell, Chris / Goldstein, Robert / Ruffini, Robert T.

Published in:

Industrial heating ; 73

Publication date:

2006

ISSN:

Type of media:

Article (Journal)

Type of material:

Print

Language:

Unknown

Keywords:

Heizung , Zeitschrift , Industrie

Classification:

BKL: 52.00 / 56.00
Local classification TIB: 770/5515

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