Description:

The 6032A1 Filtek Supreme Ultra Flowable Restorative - A1 Syringe 2/PK is a cutting-edge flowable composite developed for optimal aesthetics, durability, and clinical flexibility. With its natural A1 shade, this composite excels in color matching lighter tooth structures, making it an excellent choice for anterior restorations and selective posterior uses where aesthetics are critical. This composite features Filtek’s innovative nanotechnology filler system, which uses nanosized filler particles to achieve a highly polishable, smooth surface with outstanding wear resistance. The low-viscosity formulation ensures superior flow and adhesion to cavity walls, significantly reducing voids and gaps that can lead to microleakage and secondary decay. This precise fit enhances marginal integrity and contributes to the long-term effectiveness of restorations. With its low polymerization shrinkage, this restorative minimizes stress at the bonded interface, helping to maintain dimensional stability while reducing postoperative sensitivity. It cures effectively under standard dental curing lights, providing predictable outcomes and maximizing chair time efficiency. Clinically, the 6032A1 is perfect for a range of applications, including Class I and V restorations, cavity liners, minor defect repairs, and sealants. The material combines strength and flexibility, making it suitable for both anterior and posterior teeth while preserving excellent aesthetic properties. Its polish retention ensures that restorations remain smooth, glossy, and resistant to staining and plaque accumulation over time. The product comes in a user-friendly 2-syringe pack, enabling precise dosing, minimal waste, and an optimized workflow. The ergonomic design of the syringes allows for easy dispensing, helping dental professionals maintain accuracy and control during application. In summary, the 6032A1 Filtek Supreme Ultra Flowable Restorative - A1 Syringe 2/PK provides dental clinicians with a reliable, aesthetic, and robust composite solution. It harmoniously combines advanced material science with user-friendliness, delivering lifelike, long-lasting restorations for a diverse range of clinical applications.