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Comandium PFM:Ni-Cr-Mo ® INNOVATE WITHOUT COMPROMISE The all new Comandium… part of the and precise alloy chemistry. Technicians next generation of ceramic casting will find more perfect castings, lighter as an oxygen scavenger, enhancing is also available in a non-branded 200 alloys, providing technicians with oxides and improved bond strength. bond strength and chemically bonding gram package. economy, not compromise. with the feldspar (SiO2) and kaolin Comandium benefits from Aalba design (4.90g), Comandium melts fast, (K2O), common to all porcelains. use Comandium. Dent's proprietary continuous casting minimizing gas and oxide formation. Titanium also improves anti-greening technology; yielding essentially gas effects for more esthetic restorations. free alloys, unparalleled homogeneity, optimized for major porcelain brands With its small, efficient ingot Comandium's 14.3 CTE is Comandium's titanium (Ti) acts For further economy, Comandium Don't compromise, such as Ceramco, Noritake, as well as Packaging & Accessories other medium-grain porcelains. Degassing Comandium is not required, Comandium 200 gram box (40 ingots) 200 gram box (non-brand ingots) 1,000 gram box (non-brand ingots) saving technicians valuable time. Vera Solder 2 dwt (3.11 g) packet 2 gram packet Vera Flux 1.5 oz jar (42.5 g) Tensile Strength APPLICATIONS Porcelain fused to metal (PFM), single units, long-span multiple unit bridgework, maryland bridge, metal substructure for polymer resins (acrylic & composites), full cast crowns, implant superstructures. 20 PORCELAIN COMPATIBILITY Comandium performs best with traditional medium grain porcelains: Ceramco, Spectrum, Noritake, Synspar, Shofu-Halo, as well as other commercially available medium-grain porcelains. Yield Strength Modulus of Elasticity Elongation Percent Vickers Hardness Density Color Coefficient of Expansion Melting Range Composition 189,000 (1,303) 127,600 (880) 29.0 (0.20) 11 352 8.0 White 14.3 2,129-2,363 (1,165-1,295) Ni 78.0% Cr 13.0% Mo 4.7% Al, Be, Ti psi (MPa) Comandium psi (MPa) psi (MPa) X10 6 % HV1 g/cm 3 (@500°C) X10-6 °F (°C) 21