1 2 The fine difference. Test the FINO quality with our trial packs at special prices. INVESTING · CASTING · SOLDERING 1 FINOBOND NF SUPERIOR Porcelain-Bonding Alloy CoCr-based, nickel-free. Offers processing security for all casting techniques. Universally applicable for all dental technological indications. For the crown and bridge technique, secondary parts at combined works, adhesive bridges, implant-supported suprastructures as well as the double-crown technique. Advantages: • Very high mechanic strength; • Safe processing particularly in the vacuum pressure casting procedure due to the narrow melting interval; • Optimised firing characteristics due to reduced formation of oxide; • Excellent melting and casting properties; • Optimal laser welding properties. Physical data: elongation limit 760 N/mm²; tensile strength 940 N/mm²; Vickers hardness 340 HV10; ultimate elongation 5.3 %; modulus of elasticity 211,000 N/mm²; density 8.6 g/cm³; melting interval 1329-1385 °C; CTE 14.4 x 10-6K-1 (25-500 °C). Composition in %: Co 58.0; Cr 30.0; W 5.5; Mo 3.0; Si 1.5; Ta 1.25. 1 pack. 008.903 g , 008.913 g , 008.923 g , Trial pack 1 pack. 008.90P3 g , 2FINOBOND 280 SUPERIOR Porcelain-Bonding Alloy CoCr-based, extra soft, nickel-free. Universally applicable for the crown and bridge technique, double crowns, implant-supported suprastructures as well as secondary parts at combination works. The alloy is excellently suitable for laser welding as it is carbon-free. Advantages: • No oxide firing necessary; • Easy finishing because of reduced hardness; • Good veneering properties because of low CTE. Physical data: elongation limit 620 N/mm²; tensile strength 845 N/mm²; Vickers hardness 280 HV10; ultimate elongation 10.2 %; modulus of elasticity 190,000 N/mm²; density 8.6 g/cm³; melting interval 1320-1420 °C; CTE 14.1 x 10-6K-1 (25-500 °C). Composition in %: Co 60.5; Cr 28.0; W 9.0; Si 1.5. 1 pack. 008.933 g , 008.941 g , Trial pack 1 pack. 008.93P3 g ,
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