C14 Dental Emax Glass Ceramic Blocks HT Lithium Disilicate CAD/CAM CEREC Block
These lithium disilicate blocks provide the highest durability and strength for CAD/CAM dental restorations. The C14 – HT grade lithium disilicate provides excellent polishability and translucency for an aesthetic finish.
US C14 Emax Dental Glass Ceramic HT LT Lithium Dislicate CAD/CAM Cerec Blocks
CAD/CAM Compatible: Standard C14 size fits most open CAD/CAM systems, compatible with popular milling machines. Lithium Disilicate Blocks are high-quality dental ceramic blocks designed for CAD/CAM systems, used to create all-ceramic restorations such as crowns, inlays, onlays, and veneers.
US C14 HT Dental Lithium Disilicate Blocks Emax CAD/CAM Milling CEREC Blocks
Composition: SiO₂ (61-71%), Li₂O (11-17%), ZrO₂ (1-5%), other oxides (6-30%). Radioactivity: <0.019 Bq/g (significantly below safety thresholds). Chemical Solubility: 30.3 μg/cm⁻². Crystallization Range: 840-850°C.
US C14 Dental CAD/CAM Emax Glass Ceramic Block Lithium Disilicate CEREC HT LT MT
Dental glass ceramics, Main ingredients are Lithium Disilicate, through special process. For CEREC / inLab CAD/CAM System. HT–High Transparency. HT– A1, A2, A3,B1,B2, BL1, BL2, BL3, BL4, C1,C2. Bending strength The average biaxial bending strength after being fully crystallized is 637Mpa, higher than the standard strength value, set by ISO6892:2008 For Dental Ceramics.
Dental C14 HT/LT/MT Emax Glass Ceramic Blocks Lithium Disilicate CAD/CAM CEREC
Dental glass ceramics, Main ingredients are Lithium Disilicate, through special process. For CEREC / inLab CAD/CAM System. HT–High Transparency. HT– A1, A2, A3,B1,B2, BL1, BL2, BL3, BL4, C1,C2. Bending strength The average biaxial bending strength after being fully crystallized is 637Mpa, higher than the standard strength value, set by ISO6892:2008 For Dental Ceramics.
US C14 Glass Ceramic Lithium Disilicate Blocks HT/LT A1-C2 for CEREC Emax 637MPa
Li₂O 11-17% Lithium Disilicate Crystals. 637MPa USP : Justifies premium over 400MPa competitors. US C14 Emax HT Dental Glass Ceramic Lithium Dislicate CAD/CAM Cerec Blocks 5PCS. Compatible with CEREC, DWOS, and all major milling systems.
C14 Emax AZDENT Dental Glass Ceramic Lithium Dislicate CAD/CAM Cerec Blocks
Bending strength The average biaxial bending strength after being fully crystallized is 637Mpa, higher than the standard strength value, set by ISO6892:2008 For Dental Ceramics. Its superior strength can be used to make three-unit bridge in the area.
US C14 Dental Emax Glass Ceramic Blocks Lithium Disilicate CAD/CAM CEREC Block
Easy Processing: Low hardness before crystallization, allowing for smooth, precise milling with CAD/CAM systems (compatible with CEREC, inLab, PlanMill, and more) and extending bur life. Our C14 Dental Glass Ceramic is a premium lithium disilicate-based material, engineered with a unique glassy zirconia matrix and dual crystal structure to achieve the perfect balance of strength, aesthetics, and processing efficiency.
C14 Dental Exam Glass Ceramic Block HT/MT/LT Lithium Disilicate CAD/CAM forCEREC
Dental glass ceramics, main ingredients are Lithium Disilicate, through special process. High Translucency (HT) : A1, A2, A3, A3.5, B1, B2, C1, C2, BL1, BL2, BL3, BL4. Because of its simple, rapid crystallization process and the effect of ultra high aesthetic repair, as the CAD high intensity of repair materials selection.
US C14 Dental Emax Ceramic Blocks Lithium Disilicate Block CAD/CAM CEREC 5Pcs
Dental glass ceramics, Main ingredients are Lithium Disilicate, through special process. Bending strength The average biaxial bending strength after being fully crystallized is 637Mpa, higher than the standard strength value, set by ISO6892:2008 For Dental Ceramics.