• It is a Visible Light Cure (VLC) system
• High opacity masks dark underlying structures
• Low viscosity ensures excellent flow
• Offers high strength and low shrinkage
• Quantity: Includes 4 syringes in Opaque shade

The Prime Dental presents the Flowable Composite Opaque 4 Syringe Kit is an indispensable component in complex aesthetic and restorative dentistry, tailored for situations requiring high opacity to block out underlying dark structures. This kit provides a supply of four syringes of low-viscosity, Visible Light Cure (VLC) flowable composite, all featuring a highly opaque formulation.

This enhanced opacity is critical when performing restorations over dark sclerotic dentin, amalgam tattoos, or metal surfaces, preventing the dark color from showing through the final translucent restorative layer and ensuring the overall aesthetic success of the composite build-up. The material maintains the signature flowable consistency, allowing it to easily penetrate and adapt to the deepest, most irregular areas of the preparation as a foundational layer or liner. This superior flow guarantees bubble-free placement and an excellent marginal seal, which is vital for minimizing microleakage and preventing sensitivity.

As a VLC system, the material remains workable until cured by the clinician, providing procedural control. If you are searching for the best opaque flowable composite then the Prime Flowable Composite Opaque Kit's highly concentrated opacity, superior flow characteristics, and robust physical strength, which ensure reliable masking of discolored substrates beneath aesthetic restorations, is best for you. The composite is reinforced with fine filler technology, which contributes to a smooth final surface and superior polish retention, even for the foundational layer.

The best Prime Flowable Composite Opaque is engineered for durability, offering high compressive strength and minimized polymerization shrinkage, factors that contribute to the longevity and structural stability of the restorative complex. The typical filler particle size is meticulously calibrated in the nanometer to sub-micron range to optimize both flow and mechanical performance. The syringe format facilitates direct, controlled, and precise material delivery into the preparation, enhancing procedural efficiency and minimizing waste.