Edgington Consulting Apr 2010 - Dec 2017
Owner
Esab Group Uk Ltd Jun 2008 - Aug 2010
Technical Director - Solid Electrode
Esab Welding and Cutting Jul 2006 - Jun 2008
Director - Technical Marketing
Esab Welding and Cutting Mar 2002 - Jun 2004
Senior Engineering Consultant
National Standard 1999 - 2002
Vice President Engineering and Quality
Education:
Aston University 1963 - 1968
Bachelors, Bachelor of Science
Institute of Metallugy, Mines & Minerals
Skills:
Materials Science Metallurgy Steel Quality Assurance Weld Continuous Improvement Manufacturing Metals Lean Manufacturing Process Engineering Materials Engineering Aluminum Kaizen Fmea Welding Change Management Process Improvement Metal Fabrication Quality System Product Development Machining Manufacturing Operations Management Global Sourcing Iso 9000 Engineering Management Operational Excellence Supply Management Automotive Industrial Engineering Value Stream Mapping Kanban Supply Chain Management Spc 5S Root Cause Analysis Procurement Materials Management Iso Operations Management Tqm Quality Management Quality Control Supply Chain Purchasing Manufacturing Engineering Six Sigma Solidworks Strategic Sourcing Stainless Steel
Robert J. Edgington - Granger IN James A. Stepro - Mishawaka IN Harold J. Wissell - Mishawaka IN Scott A. Lundberg - Niles MI
Assignee:
National-Standard Company - Niles MI
International Classification:
H01M 472
US Classification:
429234
Abstract:
A three-dimensional substrate material for use in constructing battery electrodes comprises a sintered matrix material selected from the group consisting of reticulated metal foams, conductive fibers and metal powder compacts, and a porous covering layer of a polymeric mesh material, flexible metal screen or metal fibers, bonded to at least one surface of the matrix material to retain the sintered matrix material substantially within the planar surface of the surface of matrix material during spiral-wounding of the chemically loaded matrix material.
Battery Electrode Substrates And Methods Of Making The Same
Robert J. Edgington - Granger IN James A. Stepro - Mishawaka IN Harold J. Wissell - Mishawaka IN Scott A. Lundberg - Niles MI
Assignee:
National-Standard Company - Niles MI
International Classification:
H01M 474
US Classification:
29 2
Abstract:
A three-dimensional substrate material for use in constructing battery electrodes comprises a sintered matrix material selected from the group consisting of reticulated metal foams, conductive fibers and metal powder compacts, and a porous covering layer of a polymeric mesh material, flexible metal screen or metal fibers, bonded to at least one surface of the matrix material to retain the sintered matrix material substantially within the planar surface of the surface of matrix material during spiral-wounding of the chemically loaded matrix material.
Battery Electrode Substrates And Methods Of Making The Same
Robert J. Edgington - Granger IN James A. Stepro - Mishawaka IN Harold J. Wissell - Mishawaka IN Scott A. Lundberg - Niles MI
Assignee:
National-Standard Company - Niles MI
International Classification:
H01M 464
US Classification:
429235
Abstract:
A three-dimensional substrate material for use in constructing battery electrodes comprises a sintered matrix material selected from the group consisting of reticulated metal foams, conductive fibers and metal powder compacts, and a porous covering layer of a polymeric mesh material, flexible metal screen or metal fibers, bonded to at least one surface of the matrix material to retain the sintered matrix material substantially within the planar surface of the surface of matrix material during spiral-wounding of the chemically loaded matrix material.