U.S. PATENT 6,488,913 U.S. PATENT 6,365,134 U.S. PATENT 4,396,378 U.S. PATENT 5,965,632 U.S. PATENT 6,284,030 U.S. PATENT 5,925,689 U.S. PATENT 6,981,875 U.S. PATENT 6,696,043 U.S. PATENT 6,365,134 U.S. PATENT 5,141,436 U.S. PATENT 7,067,115 U.S. PATENT 4,383,826 U.S. PATENT 4,380,432 U.S. PATENT 4,379,695 U.S. PATENT 4,362,888 U.S. PATENT 4,360,693 U.S. PATENT 4,337,349 U.S. PATENT 4,304,893 U.S. PATENT 4,648,845 U.S. PATENT 4,495,172 U.S. PATENT 9,301,905 U.S. PATENT 9,028,254 U.S. PATENT 7,563,833 U.S. PATENT 7,335,691 U.K. PATENT GB 2427864 JAPANESE PATENT 4344946 GERMAN PATENT DE 102005036637 U.S. PATENT 6,447,575 JAPANESE PATENT 5179150 U.K. PATENT GB 2416304 JAPANESE PATENT 456182 GERMAN PATENT DE 102005030775 U.S. PATENT 4,490,115 U.S. PATENT 4,479,782 U.S. PATENT 4,406,625 U.S. PATENT 4,400,159 U.S. PATENT 4,388,069, FRENCH PATENT 702,867
Sealers, Liners, Primers & Coatings
Pit & Fissure Sealers
Cavity Liner
Varnishes
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CuRay Dentin/Enamel Bonding System
Composite Restoratives
Anterior/Posterior Restoratives
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Core Build-Up Materials
Crown and Bridge Material
Temporary Restoratives
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Permanent Cements
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Orthodontic Adhesives/Cements
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About Us
Product Selection Guidelines

The selection of suitable materials or appropriate combinations of materials for a given clinical application requires in depth understanding of the features and limitations of available dental products. The following recommendations apply:

In applications where low curing shrinkage, high wear resistance, low water sorption, excellent x-ray opacity, and low coefficient of thermal expansion are of concern, such as for large posterior restorations, the use of highly filled, preferably hybrid-type, light-cure restoratives is recommended. Sci-Pharm CuRay-Fil and CuRay-II are specifically designed to meet such requirements. Alternatively, their self-cured counterpart, Sci-Pharm Anterior/Posterior Composite Restorative, may also be used.

Where thinner consistency materials are desirable (i.e., in making shallow Class V restorations; for repairing minor structural enamel defects; masking discoloration; or bonding prefabricated veneers) lower viscosity flowable hybrid-type composites such as Sci-Pharm CuRay-Match would be the material of choice.
To enhance bonding of resin-based restoratives and cements to enamel and dentin, or to prevent marginal leakage, the application of bonding agents (such as Sci-Pharm Enamel Bonding Agent or Dentin/Enamel Bonding Agent) is indicated.

It should be remembered that resin-based restoratives and cements are incompatible with eugenol-based materials. Consequently, non-eugenol temporary restoratives and cements (e.g., Sci-Pharm Tempo-Rex, Until, and Fastfil) are the materials of choice prior to application of permanent resin-based restoratives or luting agents.