Conseal F

Lowest viscosity, deepest penetration

Clinically proven Conseal pit and fissure sealants are clinically proven. 5,363 Conseal sealants placed in 774 children found no failures due to the material and established that ”sealants contribute significantly to dental public health”. Bio compatible Conseal f’s low water solubility minimizes breakdown of the sealant in the oral environment.

Deepest penetration Conseal f is available in direct placement syringes and single dose complets. Both have pre-bent, superfine dispensing tips which facilitate controlled, direct extrusion for faster procedures and allow direct dispensing into previously difficult to reach areas.

The Conseal f nozzle, one third the size of other brands, enhances complete sealing and retention by allowing penetration into the deepest pits and fissures; crevasses that will not admit the dispensing tips of other materials.

Low viscosity Super Etch LV SDI has created a specialized blue gel 37% phosphoric acid etchant for sealants, in a direct delivery system.

Super Etch LV’s lower viscosity improves the acid’s surface contact for deeper etchant penetration into the pits and fissures.

The deeper acid penetration strengthens the mechanical bond and the retention success of Conseal f sealants. Lowest viscosity Conseal f is the lowest viscosity sealant.

The ideal low viscosity allows Conseal f to flow faster and deeper into the prepared pits and fissures.

A recognized cause of pit and fissure sealant failure is an inability to seal.

The tighter seal optimizes Conseal f’s mechanical retention and eliminates the space required for bacteria to grow.

Conseal f’s tight seal is further enhanced by its unique UDMA resin system’s lower shrinkage and by being BIS-GMA free, avoiding the controversy of Bisphenol A. Releases fluoride Conseal f combines the proven SDI sealant technology with an intensive initial fluoride boost in conjunction with long term fluoride treatment.

The unique Conseal f filler component, with its blend of particles and high surface-to-area volume ratios, enables high fluoride release. Fluoride enhances caries prevention, remineralization, and the inhibition of enamel demineralization.