Prime-Dent - Flowable Composite C2 - 4 Syringe Kit. VLC (Visible Light Cure)

• It is a Visible Light Cure (VLC) system
• Low viscosity ensures excellent flow
• Ideal for darker dentition shade matching
• Offers high strength and low shrinkage
• Quantity: Kit includes 4 syringes in C2 shade

The Prime Dental introduces the Flowable Composite C2 4 Syringe Kit specifically formulated for dental professionals prioritizing high-quality, aesthetic, and durable restorations. This kit provides a supply of four syringes of low-viscosity, Visible Light Cure (VLC) flowable composite, all in the distinct C2 shade.

The C2 shade is particularly valuable for achieving excellent color matching and seamless blending in cases where a darker, more saturated tooth color is required. The material?s signature flowable consistency is its key performance feature, allowing it to easily adapt to and penetrate complex or irregularly shaped preparations, including small Class I, Class III, and Class V cavities, as well as serving as an effective pit and fissure sealant or a protective base/liner. This exceptional flow ensures virtually void-free placement, which is critical for minimizing microleakage and preventing post-operative sensitivity.

As a VLC system, the material remains workable until cured by the clinician, allowing for full control over the procedure time. If you are searching for the best C2 flowable composite kit then the Prime Flowable Composite C2 Kit's superior low-viscosity handling, consistent shade accuracy across four syringes, and optimal balance of high strength and low polymerization shrinkage, which deliver aesthetic and durable restorations for darker dentition, is best for you. The composite is reinforced with fine filler technology, which ensures a smooth final surface finish and superior polish retention, thereby maintaining the long-term aesthetic integrity of the restoration.

The best Prime Flowable Composite C2 is engineered to provide robust physical properties, minimizing polymerization shrinkage while maintaining high compressive strength factors vital for the longevity and structural stability of the final restoration. The typical filler particle size is meticulously calibrated in the nanometer to sub-micron range to optimize both flowability and mechanical resistance.