Metoxit Z-CAD -Model HTL -High Performance Zirconia for Dental Restorations
Z-CAD HTL is a leading high-performance zirconia material specifically designed for dental restorations utilizing CAD/CAM technology. It is characterized by its high translucency of 41% and impressive flexural strength exceeding 1100 MPa, making it ideal for a range of dental applications, including anterior and posterior crowns, bridges, and hybrid abutments. This biocompatible zirconia, compliant with class 5 standards according to ISO 6872:2019, offers exceptional performance in both aesthetic and structural aspects of dental restoration. It is available as white discs with varying thicknesses, suitable for diverse restoration requirements, and can be utilized in both traditional layering and zirconia press-ceramic techniques. The material is engineered for high stability and durability, supporting screw or cement retained restorations, and is an excellent choice for dental technicians aiming to achieve high-quality, reliable results in their laboratory work.
41% translucency combined with maximum strength. Consequence in CAD/CAM. For all anterior and posterior tooth restorations.
The advantage of this biocompatible high-performance zirconia lies in its increased translucency with maximum flexural strength. A wide range of indications offers the dental technician the completion of highly esthetic restorations in all positions. Bar constructions, frameworks with large spans, superstructures, single crowns or 1-16 unit restorations- with Z-CAD® HTL you are always on the safe side. Screw or cement retained, your restoration will fulfil all your needs. Primarily this material is recommended as framework which is finished with an equivalent veneering materials in a traditional layering technique. Alternatively, Zirconia press-ceramic can be utilized.
Z-CAD® HTL is a class 5 biocompatible high-performance zirconia according to ISO 6872:2019, available in white. A characteristic strength of over 1100 MPa (biaxial measurement). A translucency value of 41%. The strong solution for everyday laboratory work.