SDR FLOW+ SYRINGE TIPS

Dontalia informs you:

SDR flow + is the next generation of the 'bulk fill' SDR material. The technology that allows reducing the stress of SDR contraction, allows an application in 4 mm in fluid consistency with an excellent adaptation to the cavity and self-leveling. With more than 50 million applications worldwide and unbeatable clinical results with more than 6 years of follow-up, SDR has demonstrated its ability to create faster and easier Class I and II restorations. Additionally, its handling properties make it ideal for other indications, such as the treatment of primary posterior dentition, sealing of pits and fissures, post-endodontic restorations and, even, core build-ups
The improved formulation of SDR-Flow + adds even more versatility. The additional '+' stands for improved wear resistance and radiopacity and three additional colors (A1, A2, A3). SDR Flow + also expands its indication ranges, including Class III and V, and offers more aesthetic options for optimizing Class II restorations in visible areas.

SDR flow + is the next generation of the 'bulk fill' SDR material. The technology that allows reducing the stress of SDR contraction, allows an application in 4 mm in fluid consistency with an excellent adaptation to the cavity and self-leveling. With more than 50 million applications worldwide and unbeatable clinical results with more than 6 years of follow-up, SDR has demonstrated its ability to create faster and easier Class I and II restorations. Additionally, its handling properties make it ideal for other indications, such as the treatment of primary posterior dentition, sealing of pits and fissures, post-endodontic restorations and, even, core build-ups
The improved formulation of SDR-Flow + adds even more versatility. The additional '+' stands for improved wear resistance and radiopacity and three additional colors (A1, A2, A3). SDR Flow + also expands its indication ranges, including Class III and V, and offers more aesthetic options for optimizing Class II restorations in visible areas.