Tizian Blank MT + 98 mm

Tizian Blanks NEM (non-precious metal) are made of beryllium-free and cadmium-free CoCr ceramic alloy according to DIN EN OSP 22674 and EN ISO 9693 for applications with thin cross-sections which are exposed to extreme forces. Examples are removable partial dentures, clasps, thin veneered individual crowns, fixed full arch dentures or bridges with small cross-sections, bars, fixations, implant-supported supraconstructions. Properties: Alloy type: 4Density: 8.8 g/cm³Vickers hardness: 285 HV 10/30CTE- value (25-500 °C): 14,4*10-6 K-1Oxidation without vacuum (Point 4c): 1000 °CMass content of the components (in weight-%)*: Co 63, Cr 29, Mo 6 / Mn x, Nb x, Si x, Fe xTensile strength: 680 MPa0.2 % yield point: 400 MPaElongation at break: 9 %E-module: 250 GPa *X= <, 1%

"with graduated light transmission translucence of 49 % to 45 % Special features:Following the trend, a blank that combines the positive properties of the already established zirconium oxide qualities 4Y-TZP and the highly translucent 5Y-TZP in the enamel and in the body. Suitable for: highly esthetic monolithic, fully anatomic crowns, partial crowns and bridges with up to 14 units, inlays, onlays, veneers and abutments. Due to its high esthetics, it is particularly suitable for the anterior and visible tooth area. All processing techniques are possible: Staining, cut-back and veneering techniques are possible. The combination of 4Y (Extra Translucent with high strength) and 5Y (High Translucent with high translucency) results in improvements in the esthetic effect and safety for an unrestricted indication range of restorations. In addition to a smooth transition between the layers within the blank or restoration, we were able to achieve improved esthetics in relation to the Vita Classical Shade Guide. Graduated strength The smooth transition between the layers results in a graduated strength within the blank or restoration. This makes Tizian Blank MT + suitable for almost all indications. Material Zirconium dioxide type II, class 5 according to DIN EN ISO 6872 Flexural strength: typical mean value ? 1,100 MPa Translucence graduation of <