www.laboshop.com 1 2 3 With the FINOLLOY SUPERIOR range of alloys, FINO offers three nickel-free partial denture alloys which meet highest demands. The very high degree of purity as well as technical and physical properties have been the central objective of the development. 1 FINOLLOY SUPERIOR Partial Denture Alloy CoCrMoTa-based, carbon-free, extra spring-hard. Can excellently be laserwelded and can be applied in the whole range of partial denture and combined technique. Particularly suitable for rigid constructions requiring high strength. Advantages: • Easy polishing and finishing due to reduced surface hardness; • High mechanic characteristic values; • Very high biocompatibility: free of nickel, beryllium, iron, indium and gallium; • Melt reflection and thus reduced risk of overheating the alloy. Physical data: elongation limit 700 N/mm²; tensile strength 910 N/mm²; Vickers hardness 340 HV10; ultimate elongation 5 %; modulus of elasticity 210,000 N/mm²; density 8.2 g/cm³; melting interval 1360-1410 °C. Composition in %: Co 62.0; Cr 30.0; Mo 5.5; Si 1.2; Ta 1.2. 1 pack. 009.402 g , 009.422 g , Trial pack 1 pack. 009.40P6 g , 2FINOLLOY H SUPERIOR Partial Denture Alloy CoCrMo-based, spring-hard. With increased hardness and optimised laser welding characteristics. Universally applicable in the whole partial denture and combined technique for standard constructions. Advantages: • Very high biocompatibility: free of nickel, beryllium, indium, iron and gallium; • Can be excellently activated due to increased ultimate elongation; • Melt reflection and thus reduced risk of overheating the alloy. Physical data: elongation limit 640 N/mm²; tensile strength 900 N/mm²; Vickers hardness 360 HV10; ultimate elongation 6.5 %; modulus of elasticity 220,000 N/mm²; density 8.2 g/cm³; melting interval 1300-1370 °C. Composition in %: Co 64.6; Cr 29.0; Mo 4.5. 1 pack. 009.502 g , 009.522 g , Trial pack 1 pack. 009.50P9 g , 3FINOLLOY XH SUPERIOR Partial Denture Alloy CoCrMo-based, extra spring-hard. With increased elongation limit. Very suitable for laser welding. Universally applicable in the complete partial denture and combined technique for rigid constructions with especially high firmness. Advantages: • Very high modulus of elasticity; • High biocompatibility: free of nickel, beryllium, iron, indium and gallium; • Comfortable polishing and finishing; • Melt reflection and thus reduced risk of overheating the alloy. Physical data: elongation limit 720 N/mm²; tensile strength 960 N/mm²; Vickers hardness 370 HV10; ultimate elongation 4.0 %; modulus of elasticity 230,000 N/mm²; density 8.2 g/cm³; melting interval 1240-1410 °C. Composition in %: Co 58.3; Cr 32.0; Mo 6.5; W 1.5; Si 1.0. 1 pack. 009.256 g , 009.272 g , Trial pack 1 pack. 009.25P6 g ,
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