Search: Print page | Send page Attractive range of materials Blank or disk CAMselect Everest ZS Everest ZH IPS e.max. CAD VITABLOCS Mark II Everest C-Temp Everest C-Cast Everest T Everest G Top quality materials	Attractive range of materials Everest Elements at a glance Material Indication Physical and chemical material properties Everest ZH Sintered, pressed, yttrium-stabilised zirconium oxide Anterior and posterior crowns Anterior and posterior bridges to 45 mm length No sintering shrinkage, therefore 1:1 milling Very high flexural strength greater than 1200 MPa Conventional and adhesive fastening Everest ZS Presintered, yttrium-stabilised zirconium oxide Anterior and posterior crowns Anterior and posterior bridges Frameworks are milled before sintering Shrinkage between 19% and 21% The material can be shaded in 5 different colours Flexural strength is 1155 MPa IPS e.max CAD für KaVo Everest Lithium disilicateglass ceramic Fully anatomical crowns in the anterior and posterior tooth region Copings in the anterior and posterior region Grinding during the machinable metaphase, in which the flexural strength is 150 MPa After crystallisation for 30 minutes at 850° C the flexural strength is 360 MPa Can be veneered with IPS e.max Ceram Everest C-Temp Plastic Framework substructure Capable of producing full-arch frameworks Blank sizes: 42 x 20 mm and 60 x 20 mm, and disks 16 mm thick Fibre-reinforced high-performance polymer plastic Flexural strength approx. 450 MPa Conventional cementation possible Everest C-Cast Plastic Crowns and bridges for processing by casting Burns out without residue, no distortion during investment High casting accuracy in the alloy of choice Everest T Metall Framework substructures Full crowns Capable of producing full-arch bridges Pure metal, no alloy No alpha-case layer Excellent biocompatibility Low heat conductivity Low weight Everest G Glass ceramic In the anterior region for framework substructures, full crowns and veneers In the posterior region for inlays, onlays and full crowns Highly aesthetic restorations Natural translucence Flexural strength approx. 125 MPa Adhesive fixation Everest HPC Zirconium silicate ceramic Full crowns in the posterior region White, suitable alternative to metal restorations (cast crowns) Shrinkage-free ceramic Flexural strength 340 MPa Milling in presintered, soft stage with concluding sintering at 1500 °C in Everest therm Conventional cementation possible
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