$29.92

• A2 shade supports consistent restorative matching
• F02 low flow supports controlled shape retention
• 2 g syringe supports direct material placement
• Fluoride-releasing formula supports restorative use
• Includes 5 needle tips for precise dispensing
• Quantity: 1 per Pack

Shofu Dental Beautifil Flow Hybrid Composite, Syringe Refill, F02, 2g, A2 is used for restorative procedures that require a low-flow, fluoride-releasing flowable composite with controlled placement and shape retention. The F02 Low Flow viscosity is designed to flow moderately while remaining stable enough to maintain the intended form, making it especially useful in cervical areas and other locations where excessive material movement is undesirable, and the A2 shade provides a familiar restorative color for cases planned around that shade target. Each pack contains one 2g syringe in A2 shade, with five needle tips included.

Dental offices ordering flowable composite from their supplier can buy this F02 Low Flow designation to distinguish it from the F10 High Flow version, since Shofu Dental states F02 and F10 maintain the same esthetics, physical properties, particle size, and filler load while differing in flow behavior, letting the clinician select viscosity according to the clinical situation without changing the core restorative platform. Beautifil Flow is formulated as a fluoride-releasing restorative material designed to provide controlled flow and handling. The F02 Low Flow version moves moderately under placement pressure yet is intended to retain shape after delivery, helping clinicians position material in cervical areas, localized defects, and other applications where a more stable flowable consistency is preferred. As a low-flow restorative composite, F02 balances syringe delivery with greater positional control than a higher-flow formulation, supporting bases, liners, cervical applications, enamel defects, and small veneer repairs where deliberate placement and predictable shape retention matter more than rapid flow into confined spaces.