Nano-Technology is carried out on atoms and molecules at a scale of under 1 billionth of one meter.
Luna-Wing is an indirect composite resin exploiting the full potential of Nano-Technology, and has become one of the highest-density filler products on the market by using a mix of different-sized inorganic fillers. However, simply having the highest standard of filler material does not directly guarantee good quality. It is important to achieve a good balance between excellent physical properties and usability for technicians.
Luna-Wing not only fulfills the market’s major demands in terms of properties such as hardness, bending strength, and abrasion resistance at the level of most of other products in the market, but has also garnered high praise from many technicians for factors difficult to express in numeric values, such as forming, handling, polishing abradability, and color reproducibility.
Vickers Hardness（ISO 4049） |
Flexural Strength（ISO 10477） |
The physical properties of dental materials are a crucial concern.
Luna-Wing is designed with an outstanding balance of dimension of fillers, filling rate, and adhesive strength of resin matrix and fillers. As a result, Luna-Wing exhibits high Vickers hardness and flexural strength, which decreases wear and polymerization shrinkage.
Water Sorption（ISO 10477） |
Solubility （ISO 10477） |
The physical properties of dental materials are a crucial concern. Luna-Wing is designed with an outstanding balance of dimension of fillers, filling rate, and adhesive strength of resin matrix and fillers. As a result, Luna-Wing exhibits high Vickers hardness and flexural strength, which decreases wear and polymerization shrinkage.
Solubility （ISO 10477） |
Cleaning teeth is a basic part of everyday oral hygiene; the number of strokes a brush makes in brushing teeth can reach an amazing 30,000 times a year. Deteriorated prostheses affect not only aesthetic aspects but also the buildup of plaque.
Luna-Wing contains complex fillers, or organic fillers and inorganic fillers, at a high density. It exhibits good abrasion resistance and surface smoothness. All the inorganic nanofillers are spherical and minute, reducing the wear of the opposing teeth.
No Cracks after |
Composite materials shrink while hardening. This is referred to as polymerization shrinkage. This phenomenon cannot be avoided.
Shrinkage may cause cracks and deformations. A high material shrinkage level also causes secondary caries.
However, Luna-Wing exhibits only 1.8% shrinkage, making it possible to maintain better quality over long periods of time.
In addition, no major cracks are apparent after 5,000-cycle thermal testing (4 and 60 degrees Celsius). This proves that Luna-Wing is a reliable and highly beneficial material.
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