• Measurement: 0.4 micron average filler particle size
• Single A2 shade syringe
• Low 0.85 percent volumetric shrinkage
• S-PRG technology recharges fluoride minerals
• Quantity: One (1) syringe (4g)

The Shofu Dental company manufactures this specialized restorative material to address the critical challenge of polymerization shrinkage in modern dentistry. This composite utilizes a unique filler structure that minimizes volumetric shrinkage to just 0.85 percent, which significantly enhances marginal integrity and reduces the risk of post-operative sensitivity.

If you are searching for the best low-shrinkage composite then choose Shofu Dental Beautifil II Ls A2; it is engineered with a proprietary S-PRG filler that recharges and releases fluoride to protect the surrounding tooth structure, which is best for you. Clinicians utilizing the best Shofu Dental Beautifil II Ls A2 achieve a lifelike shade match with the A2 coloration, which integrates seamlessly into the natural dentition of most patients. The material demonstrates high compressive strength and surface hardness, ensuring that the restoration can withstand the rigorous forces of mastication over many years.

The Shofu Dental engineering process results in a composite with exceptional handling characteristics that prevent slumping or sticking to placement instruments. This syringe contains 4 grams of material, featuring a filler particle size of approximately 0.4 microns in diameter to facilitate a high-gloss finish and long-lasting polish. This package includes 1 syringe of the A2 shade, providing ample material for numerous anterior or posterior restorations.

The bioactive properties of this Giomer material help neutralize acids produced by oral bacteria, creating a healthier environment at the restorative interface. Its low-shrinkage stress formula makes it an ideal selection for large cavities where traditional composites might pull away from the walls. The A2 shade provides the perfect balance of opacity and translucency to mimic natural tooth structure, while the high-density filler loading ensures excellent radiopacity for clear identification on future dental radiographs.