www.laboshop.com © Bego 1 2 3 LABOSHOP - everything for your laboratory, fast as lightning and tailored to your individual needs! 1 BegoWironit Partial Denture Alloy Classic CoCr alloy for partial dentures with clasps. Advantages: • Easy processing and polishing due to reduced hardness; • Clasps can be easily activated; • Biocompatible and corrosion-resistant. Physical data: elongation limit 615 N/mm²; tensile strength 895 N/mm²; Vickers hardness 360 HV10; ultimate elongation 10 %; modulus of elasticity approx. 185,000 N/mm²; density 8.3 g/cm³; melting interval 1265-1395 °C; casting temperature approx. 1460 °C. Composition in %: Co 64.0; Cr 28.5; Mo 5.0; Si 1.0; Mn 1.0; C < 1.0. 1 pack. 010.602 g , 010.112 g , 2BegoWironit Extra-Hard Partial Denture Alloy CoCr alloy for partial dentures. With higher tensile strength and ultimate elongation. The breaking elongation was reduced making the alloy harder and stiffer. Ideal for combination work. Advantages: • Outstanding casting characteristics due to special composition with silicone and carbon; • Low heat conductivity for a high wearing comfort for the patient; • Biocompatible and corrosionresistant. Physical data: elongation limit 635 N/mm²; tensile strength 900 N/mm²; Vickers hardness 385 HV10; ultimate elongation 8 %; modulus of elasticity approx. 185,000 N/mm²; density 8.2 g/cm³; melting interval 1260-1390 °C; casting temperature approx. 1420 °C. Composition in %: Co 63.0; Cr 30.0; Mo 5.0; Si 1.0; Mn 1.0; C < 1.0. 1 pack. 010.160 g , 3BegoWironit LA Partial Denture Alloy CoCr alloy for partial dentures with clasps and combination work. Suitable for laser welding. Advantages: • Excellent laser welding properties based on the controlled contents of carbon as well as the addition of tantalum; • Low heat conduction for a high wearing comfort; • Clasps can be easily activated; • Biocompatible and corrosionresistant. Physical data: elongation limit 690 N/mm²; tensile strength 890 N/mm²; Vickers hardness 365 HV10; ultimate elongation 9 %; modulus of elasticity approx. 240,000 N/mm²; density 8.2 g/cm³; melting interval 1260-1390 °C; casting temperature approx. 1450 °C. Composition in %: Co 63.5; Cr 29.0; Mo 5.5; Si 1.2; Ta, N, Mn, C < 1.0. 1 pack. 010.172 g ,
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