Features - Advanced Non-Rotational Induction Crankshaft Hardening Technology Introduced to Automotive Industry

Loveless, Don | Online Contents | 2000

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 | Online Contents | 2006

Features - Nonrotational Induction Crankshaft Hardening Capabilities Extended - Proven advantages of nonrotational crankshaft induction hardening for V-6 cranks now can be realized for other cranks.

Loveless, Don | Online Contents | 2001

Franklin crankshaft operations

Colvin, F.H. | Engineering Index Backfile | 1927

Induction Heat Treating - Taking the Crank Out of Crankshaft Hardening - Induction heat treatment is traditionally a popular choice for hardening and tempering of quality crankshafts. Continuous process improvement and innovation has resulted in a process that allows crankshaft designers more flexibility to meet tighter requirements.

Doyon, Gary | Online Contents | 2008