Light-curing Composite Resin

YP·DENTAL

Nature-Inspired Aesthetics
Enduring Strength

YP.Flowable

The enhanced flowable composition resin offer excellent adaptation and can be used for a wide range of indications.
Ergonomic syringe design enhances user comfort.
Optimized syringe tip reduces air bubbles and material waste.
Flexible tip allows precise placement in hard-to-reach areas.
Incorporates nano-hybrid filler technology for excellent polishing and wear resistance.
Available in a variety of shades, matched to the VITA Classic shade guid

Package: 1 syringe (2.0g), 5 dispensing tips
Shade: A1, A2, A3, A3.5, A4, B1, B2, C2, D2, White, Extra White, OA3
Shelf life: 3 years

Nature-Inspired Aesthetics

Precision Adaptation

YP.Flowable-Precise application

Indications

YP.Flowable has suitable fluidity under pressure yet remains stable during manipulation, enabling dentists to operate with extreme precision. This property enables YP.Flowable to fit snugly in narrow and elongated areas without shifting easily.
YP.Flowable‘s shading system is designed to match the YP.Universal and can be mixed and matched with YP.Universal to meet the most needs of dentists.

Pit and fissure sealing.
Undercut blockout.
Restoration of Class III and Class V cavities.

Restoration of minimally prepared cavities (including small, non-stress bearing occlusal lesions. ）
Liner/base under direct restorations.
Repair of small defects in esthetic indirect restorations.
Repair of resin and acrylic provisional materials.

YP.Flowable-Exceptional Unviersal Viscosity

YP.Flowable

YP.Flowable is a low-viscosity, visible-light activated, radiopaque, flowable nanocomposite.
Due to its excellent flowable andthixotropic properties, it can be used for small areas that cannot be reached by applying other composites.

Strong & Reliable Performance

YP.Flowable uses an optimal nano-hybrid filler technology to maximize strength,wear resistance, radiopacity and minimize sharinkage.
YP.Flowable offers long-lasting wear resistance and polish retention

Flexural Strength (MPa)
Flexural Modulus (MPa)
Compressive Strength (MPa)
Wear (μm/200,000 cycle)
Shrinkage (%)

140
9800
372
4.3
1.9