1 2 3 4 INVESTING · CASTING · SOLDERING 1 FINOLLOY H Partial Denture Alloy Hard, nickel- and beryllium-free. CoCrMo-based. Especially for clasp dentures. Advantages: • Easy processing; • Very high biocompatibility; • Easy to activate. Physical data: elongation limit 600 N/mm²; tensile strength 880 N/mm²; Vickers hardness 350 HV10; ultimate elongation 6.2 %; modulus of elasticity 211,000 N/mm²; density 8.2 g/cm³; melting interval 1320-1350 °C; casting temperature 1460 °C. Composition in %: Co 64.0; Cr 28.6; Mo 5.0; Si 1.0; Mn; C. 1 pack. 010.206 g , 010.216 g , Trial pack 1 pack. 010.21P1 g , 2FINOLLOY XH Partial Denture Alloy Extra hard, nickel- and beryllium-free. CoCrMo-based. Ideal for combination dentures. Advantages: • Easy processing; • Very high biocompatibility; • High stiffness and tensile strength. Physical data: elongation limit 625 N/mm²; tensile strength 910 N/mm²; Vickers hardness 375 HV10; ultimate elongation 4.1 %; modulus of elasticity 225,000 N/mm²; density 8.2 g/cm³; melting interval 1260-1305 °C; casting temperature 1420 °C. Composition in %: Co 63.0; Cr 30.0; Mo 5.0; Si 1.1; Mn; C. 1 pack. 010.236 g , 010.242 g , Trial pack 1 pack. 010.24P9 g , 3FINOHIT CoCr Model Casting Alloy Spring-hard, nickel- and beryllium-free. Universally applicable for clasp dentures, attachments and combined restorations. Suitable for all casting techniques. The risk of overheating the alloy is minimized by a fast cracking of the oxide skin during the melting process. Advantages: • Toxicologically harmless; • Easy to process and to polish; • Very high biocompatibility. Physical data: elongation limit > 500 N/mm²; tensile strength < 700 N/mm²; Vickers hardness 460 HV10; ultimate elongation > 2.0 %; modulus of elasticity 150,000 N/mm²; density 8.25 g/cm³; corrosion resistance < 200 µg/cm³; melting interval 1320-1380 °C. Composition in %: Co 61.6; Cr 30.1; Mo 5.5; Si 1.0; Mn 0.6; C 0.6; Fe 0.6. 1 pack. FH-4136/6 g , FH-4137/6 g , 4FINOHIT CoCr Porcelain-Bonding Alloy Nickel- and beryllium-free. Offers excellent results for all dental indications, e.g. in the crown and bridge technique. Suitable for all casting techniques. The risk of overheating the alloy is minimized by a fast cracking of the oxide skin during the melting process. Advantages: • Toxicologically harmless; • Also suitable for wide span bridges; • Very good adherence to the porcelain; • Easy to process and to polish. Physical data: elongation limit > 500 N/mm²; tensile strength 790 N/mm²; Vickers hardness 350 HV10; ultimate elongation > 2.0 %; modulus of elasticity 150,000 N/mm²; density 8.4 g/cm³; corrosion resistance < 200 µg/cm³; melting interval 1370-1385 °C; CTE 14.1 x 10-6K-1 (20-600 °C). Composition in %: Co 60.0; Cr 24.7; W 9.0; Nb 2.0; V 2.0; Mo 1.1; Si 1.0. Fe 0.2. 1 pack. FH-4133/1 g , FH-4134/1 g ,
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