Effect of CHPMA on Physical Properties and Adhesive Propeties of Fluid Resin

Facing resins having no adhesive properties to alloys have to depend on mechanical retention devices set on casting surface of crown and bridge. Therefore, it is natural that a direct bonding method between alloys and facing resins is being urgently required. The authors, in the previous Report [3], trying bonding between alloys and facing resins by using 3-chloro 2-hydroxy propyl methacrylate (CHPMA) which was said to have preferable adhesive properties to glasses and metals [1-4] , performed the bonding strength test between CHPMA treated alloys and methacrylate resin (selfcuring) to adhesive good results. Then in the present studies, the authors examine the bonding strength between thermo-setting resin and palladium alloy, and gold alloy.

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Studies on Bonding Strength between CHPMA Treated Alloys and Thermo-Setting Resin for Crown and Bridge Works

Nishiyama

Kodaki

Murakami

et al. 1976

The Journal of Nihon University School of Dentistry

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Effect of CHPMA on Physical Properties and Adhesive Propeties of Fluid Resin

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Studies on Bonding Strength between CHPMA Treated Alloys and Thermo-Setting Resin for Crown and Bridge Works

Studies on Bonding Strength between CHPMA Treated Alloys and Thermo-Setting Resin for Crown and Bridge Works

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