• A3 shade for posterior restorations
• High viscosity for firm, packable placement
• Quantity: 50 capsules per pack
• Self cure glass ionomer formulation
• Fluoride release supports caries prevention

The SDI Riva Self-Cure HV A3 50/Pk is a high viscosity, self curing glass ionomer restorative developed for clinicians who need added body, dependable adhesion, and sustained fluoride release in routine and preventive restorative care. If you are thinking about what the SDI Riva Self-Cure HV A3 is used for, it is the best high viscosity self cured glass ionomer restorative for posterior restorations, cervical lesions, interim fillings, and atraumatic restorative treatments where resistance to slumping and confident placement are essential.

The HV formulation provides a thicker, packable consistency that stays where placed, making it easier to build contours in deeper cavities and areas subject to functional forces. The A3 shade is well suited for posterior teeth and natural mid range dentition, offering practical shade blending where strength and longevity are prioritized over high aesthetics. This material chemically bonds directly to enamel and dentin without the need for separate bonding agents, helping reduce technique sensitivity and streamline daily workflows.

Its firm handling supports close adaptation to cavity walls, improving marginal integrity and reducing the risk of voids during placement. Once set, it delivers improved compressive strength compared to standard glass ionomer formulations while continuously releasing fluoride to support long term enamel remineralization and caries prevention. Supplied in single use capsules, it ensures consistent mixing, accurate dosing, and improved infection control between patients.

Designed to integrate smoothly into everyday restorative protocols, it supports predictable handling, efficient placement, and durable clinical performance, and it is the best high viscosity self cure glass ionomer restorative for A3 posterior restorations with sustained fluoride release.