Resin Nano Ceramic Material
Resin nano ceramic material delivers exceptional durability excellent polish retention.
Resin nano ceramic material. The purpose of this prospective study was to evaluate the influence of a new restauratiue material nano ceramic. A recently developed nano ceramic restorative material is a unique cad cam block based on the integration of nanotechnology and ceramics. Available in eight shades and two translucencies. This nano resin ceramic material is based on the combination of nanotechnology and ceramic.
However this is not the case with the nano ceramic material. The major challenge has been significant debonding as high as 20 or more for some of the products. This polymer mesh inhibits the formation of cracks thus making the material hard wearing. However all materials can become discolored over time.
Internal and external factors impact the shade stability. It is intended to offer the ease of handling of a composite material with a surface gloss and finish. These materials are basically filled polymer products not dissimilar to typical resin based composites. Polymer infiltrated ceramics and nano ceramic resins are the new restorative materials which have been developed in order to enhance the adverse properties of glass matrix ceramics and resin composites.
They have had mixed reviews among practitioners. Cam resin nano ceramic rnc and a cad. Lu is a resin nano ceramic consisting of about 79 nano ceramic particles and 21 polymer. Ceramic restorations require considerable time and effort to polish effectively.
It contains a blend of three fillers silica and zirconia nanoclusters and individual nanoparticles with a total filler load of approximately 80 wt. Therefore composite materials can be used to characterize and adjust resin nano ceramic restorations after milling. Ceramic at different thicknesses. Coatings or functional bioactive ceramics luminescent materials mainly relies on modifications of the polymers at the nano scale i e on the introduction of nano sized fillers and or chemical additives leading to nano structured ceramic components upon thermal conversion.
The material is said to offer the ease of handling of a composite material with a surface gloss and finish retention similar to a porcelain material. The aim of the present in vitro study was to evaluate the characteristics of various cad cam materials through mechanical microstructural and sem analysis.