$32.86

• Universal shade supports broad posterior matching
• 4 mm depth of cure supports bulk-fill placement
• S-PRG technology releases and recharges fluoride
• 73 wt% filler supports low shrinkage stress control
• Self-leveling flow supports cavity adaptation
• Quantity: 1 per Pack

Shofu Dental Beautifil Bulk Flowable, Light-Cure, Syringe Refill, 2.4g, Universal is used for posterior restorative procedures that require a bulk-fill flowable giomer composite with efficient adaptation and controlled polymerization in deeper increments. The material provides a 4mm depth of cure, allowing clinicians to place thicker increments than conventional flowable composites when used according to the restorative protocol, and its Universal shade is designed to integrate with surrounding tooth structure, while the self-leveling consistency helps the material adapt across internal cavity surfaces. Each pack contains one 2.4g syringe in Universal shade, with a 73 wt% filler ratio.

Dental offices ordering bulk-fill flowable composite from their supplier can buy this Universal shade for its ability to achieve complete polymerization at a 4mm depth of cure, supporting fewer incremental layers than a conventional flowable composite would require during posterior restorative build-up, while the syringe format supports controlled dispensing into deep or confined posterior preparations. Beautifil Bulk Flowable uses S-PRG, or Surface Pre-Reacted Glass Ionomer, filler technology within a resin-based giomer composite. This filler system provides fluoride release and recharge while the 73 wt% filler loading helps reduce volumetric shrinkage and shrinkage stress and supports restorative strength. The material has a self-leveling flowable consistency that promotes adaptation to internal cavity geometry with limited manipulation, and Shofu Dental reports a 4mm depth of cure and high polymerization at that depth, supporting placement in bulk-fill increments when appropriate, combining injectable delivery, ion-releasing filler technology, and controlled curing characteristics within one restorative platform suited to efficient posterior restorative workflows.