Issue link: https://aalbadent.uberflip.com/i/107865
Continum C PFM:Ni-Cr-Mo ® TITANIUM ENRICHED Continum C… the next generation of higher chromium (15%) for improved oxygen scavenger, reaching out and essentially gas free alloy with ceramic casting alloys; providing corrosion resistance. Continum C's chemically bonding with the feldspar unparalleled homogeneity and technicians perfect castings, lighter corrosion resistance exceeds the (SiO2) and kaolin (K2O), found in all precise alloy chemistry. oxides and improved bond strength. requirements of ISO 22674. dental porcelains; enhancing bond strength. Titanium also yields im- use Continum C. Continum C delivers a perfected Continum C's coefficient of 14.3 coefficient of thermal expansion, thermal expansion is optimized for proved anti-greening properties for a balanced titanium addition, and major porcelain brands such as more esthetic restorations. Ceramco, Noritake as well as other commercial medium-grain porcelains. When only the best will do… ous casting technology yields an Packaging & Accessories Continum C 200 gram box (40 ingots) Degassing Continum is not required, Vera Solder 2 dwt (3.11 g) packet 2 gram packet Aalba Dent's proprietary continu- Continum C's titanium (Ti) acts as an saving technicians valuable time. 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. 16 PORCELAIN COMPATIBILITY Continum C 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 158,200 (1,091) 99,350 (685) 29.0 (0.20) 19 323 8.0 White 14.3 2,132-2,521 (1,167-1,383) Ni 76.9% Cr 15.0% Mo 4.7% Al, Be, Ti psi (MPa) Continum C psi (MPa) psi (MPa) X106 % HV1 g/cm 3 (@500°C) X10-6 °F (°C) 17