Composite Light Cure Flowable – Prime Dent
In stock (can be backordered)
Flowable Composite | Prime-Dent, Highly polishable, 67% filled, esthetic composite used for all types of cavity preparations.
The composite has a nominal particle size of 0.7 micron. An ideal choice for both anterior and posterior applications and also as a pit and fissure sealant. Ideal for repairing small defects and filling in cervical gaps caused by toothbrush erosion and receding gums.
Also used to eliminate undercuts prior to taking impressions for composite inlays and to line cavities and fill in difficult access areas prior to placing condensable composites.
Easy to polish to a high luster. Has high compressive strength as well as low shrinkage, resists wear and staining. Radiopaque for easy identification in radiographs.
$9.95 – $12.95
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Composites and Restoratives
Composite Light Cure Flowable – Prime Dent
Flowable Composite | Prime-Dent, Highly polishable, 67% filled, esthetic composite used for all types of cavity preparations.
The composite has a nominal particle size of 0.7 micron. An ideal choice for both anterior and posterior applications and also as a pit and fissure sealant. Ideal for repairing small defects and filling in cervical gaps caused by toothbrush erosion and receding gums.
Also used to eliminate undercuts prior to taking impressions for composite inlays and to line cavities and fill in difficult access areas prior to placing condensable composites.
Easy to polish to a high luster. Has high compressive strength as well as low shrinkage, resists wear and staining. Radiopaque for easy identification in radiographs.
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Composites and Restoratives
Composite Light Cure Nano Hybrid – Prime Dent
Nano-Hybrid Composite | Prime dent, a resin composite with unique nanofiller technology. Formulated with nanocluster filler particles, the composite is purposed to combine the strength of a hybrid and the polish of a microfil.
Nanomers are discrete nanogglomerated particles of 7 nm in size. Nanoclusters are loosely bound agglomerates of nano-sized particles. The agglomerates act as a single combination of non-agglomerated 7 nm nanosilica filler and aggregated schott glass/silica nanocluster filler. The cluster particle size range is 0.7 microns. The filler loading is 74% by weight. This reportedly provides increased filler loading, better physical properties and improved polish retention when compared to composites containing only nanoclusters.
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