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The entire wiki reimagined as a visual magazine with video discovery · Watch your interests come alive
An EPDM rubber roof
An EPDM rubber roof
A roll of EPDM flashing with fleece on the back, used for waterproofing roofs
A roll of EPDM flashing with fleece on the back, used for waterproofing roofs
Oxidative ageing was an early challenge in the rubber industry. Carroll C. Davis, William C. Geer, Sidney M. Cadwell and Herbert A. Winkelmann all mad
Oxidative ageing was an early challenge in the rubber industry. Carroll C. Davis, William C. Geer, Sidney M. Cadwell and Herbert A. Winkelmann all made important contributions to testing and compounding strategies for ageing.
Sheet of synthetic rubber coming off the rolling mill at the plant of Goodrich (1941). Important contributions to synthetic rubbers came from many Goo
Sheet of synthetic rubber coming off the rolling mill at the plant of Goodrich (1941). Important contributions to synthetic rubbers came from many Goodyear medalists: David Spence, Ira Williams, Joseph C. Patrick, William J. Sparks, Robert M. Thomas, Frederick W. Stavely, Arnold M. Collins, Otto Bayer, Earl L. Warrick, James D. D'Ianni, Samuel E. Horne, Jr., and Roderic Quirk
The use of Carbon black and silica as fillers for rubber was pioneered by George Oenslager, William B. Wiegand, Joseph C. Krejci, Siegfried Wolff, and
The use of Carbon black and silica as fillers for rubber was pioneered by George Oenslager, William B. Wiegand, Joseph C. Krejci, Siegfried Wolff, and Jean-Baptiste Donnet.
Goodyear medalists have contributed to many non-tire applications of rubber technology, including: John T. Blake, Joseph C. Patrick, Edward A. Murphy,
Goodyear medalists have contributed to many non-tire applications of rubber technology, including: John T. Blake, Joseph C. Patrick, Edward A. Murphy, Earl L. Warrick, Joseph P. Kennedy, C. Michael Roland, Judit Puskas.