1 2 3 NEW 1 FINOFRAME TI-2 CAD/CAMBlank Made from high-quality pure titanium, grade 2. To produce single crowns, implant abutments as well as smaller bridges in the anterior and posterior area. ø 98 mm. Advantages: • Very good biocompatibility; • Very fine micro structure; • Applicable with all titanium porcelainbonding alloys customary in trade. Physical data: elongation limit min. 275 N/mm²; ultimate elongation min. 20.0 %; reduction of area min. 30.0 %; tensile strength min. 345 N/mm²; density 4.5 g/cm³; Vickers hardness 120-160 HV10; CTE 8.7 x 10-6K-1 (25-500 °C). Composition in %: Ti > 99; Fe max. 0.3; O max. 0.25; C max. 0.1; N, H < 0.1. without step each 066.318 height 8 mm , 066.328 height 10 mm , with step each 066.338 height 12 mm , 066.348 height 13.5 mm , 066.358 height 15 mm , 066.368 height 16 mm , 066.378 height 18 mm , 066.388 height 20 mm , 066.398 height 22 mm , 066.408 height 24.5 mm , 2FINOFRAME TI-4 CAD/CAMBlank Made from pure titanium, grade 4. To produce single crowns, medium-sized bridges and bar constructions in the anterior and posterior area as well as suprastructures. ø 98 mm. Advantages: • Higher mechanical values compared to FINOFRAME TI-2; • Improved cutting properties and thus easier milling; • Very fine micro structure; • Applicable with all titanium porcelainbonding alloys customary in trade. Physical data: elongation limit min. 483 N/mm²; ultimate elongation min. 15.0 %; reduction of area min. 30.0 %; tensile strength min. 550 N/mm²; density 4.5 g/cm³; Vickers hardness 180-210 HV10; CTE 8.7 x 10-6K-1 (25-500 °C). Composition in %: Ti > 99; Fe max. 0.5; O max. 0.4; C max. 0.1; N, H < 0.1. without step each 066.418 height 8 mm , 066.428 height 10 mm , with step each 066.438 height 12 mm , 066.448 height 13.5 mm , 066.458 height 15 mm , 066.468 height 16 mm , 066.478 height 18 mm , 066.488 height 20 mm , 066.498 height 22 mm , 066.508 height 24.5 mm , 3FINOFRAME TI-5 CAD/CAMBlank Made from high-quality titanium-aluminium alloy, grade 5. To produce single crowns up to wide-span bridges and bar constructions in the anterior and posterior area as well as suprastructures. ø 98 mm. Advantages: • Improved cutting properties due to increased oxygen content; • High breaking resistance and hardness; • Very fine micro structure; • Applicable with all titanium porcelainbonding alloys customary in trade. Physical data: elongation limit min. 760 N/mm²; ultimate elongation min. 8.0 %; reduction of area min. 15.0 %; tensile strength min. 825 N/mm²; density 4.43 g/cm³; Vickers hardness 341 HV10; CTE 9.7 x 10-6K-1 (25-500 °C). Composition in %: Ti 90; Fe max. 0.25; Al 5.5-6.5; V 3.5-4.5; O max. 0.13; H, N, C < 0.1. without step each 066.518 height 8 mm , 066.528 height 10 mm , with step each 066.538 height 12 mm , 066.548 height 13.5 mm , 066.558 height 15 mm , 066.568 height 16 mm , 066.578 height 18 mm , 066.588 height 20 mm , 066.598 height 22 mm , 066.608 height 24.5 mm , NOVELTIES
RkJQdWJsaXNoZXIy MTI3MDM=