Microlit Isi, 1Kg, CoCr ceramic alloy

Description

The biocompatible CoCr-alloy for the ceramic facing technique (crowns/bridges). Experience the material's low oxide formation and great polishing behavior.

Product number: 622125
Questions about the product? We are glad to be here for you!
Product information "Microlit Isi, 1Kg, CoCr ceramic alloy"

Microlit isi meets high quality standards

The biocompatible CoCr-based ceramic alloy. An excellent solution for even the most graceful constructions.

Your benefits:

  • Simple and quick processing and polishing
  • Easy handling, similar to handling a high-precious alloy
  • Oxide on full cast objects can be removed easily with a rubber polisher
  • Low risk of overheating, the ingots become visibly liquid at the melting point
  • Easy to grind, ideal for telescopic restorations
  • Smooth and homogeneous surfaces after taking out of the mold
  • Light oxide = more aesthetic color of the facing
  • Ideal for laser welding

Easy processing, excellent grinding behavior by means of an optimal hardness

  • Optimal CTE value, similar to the CTE of a classic ceramic alloy
  • Biocompatible, free of nickel and beryllium
  • High corrosion resistance

Physical properties:

  • Type: 4 (EN ISO 22674)
  • Composition (%): Co 61.1/Cr 27.8/W 8.5/Si 1.7
  • Melting interval (°C): 1320-1420
  • Casting temperature (°C): 1470
  • CTE 25 - 600 °C 14.1 x  10-6 K-1
  • Vickers hardness (HV 10): 280
Brochures and further information on this product

Cutsomers also bought

Micronium N10, 1 kg, CoCrMo alloy
CoCr alloy specially for your delicate clamp frameworks.  , Benefits: Extremely high elongation at break (11%) Extremely high tensile strength (1680 N/mm 2) Easily removed oxide High level of safety and long life span Very high spring stiffness - particularly important for clamps Very good activation  , Physical attributes: Hardness: HV 340 Elongation at break: 11 % Tensile strength: 1.680 µPa Specific weight: 8.4 g/cm2 Melting range: 1343-1398 °C
Details
T14/T41/T51 Tizian Cut 5/3.5 Zirconia Drill diamond 1mm, 6 mm shaft
Diamond radius cutter, double-edged, edge Ø 1 mm, shaft Ø 6 mm, total length 53 mm, max. blank height: 25 mm Processing type: fine finishing Blank material: zirconium, nano-composite Type: coated Coding color: gold For the milling machines: Tizian Cut 5.2, Tizian Cut 5.2 plus, Tizian Cut 5 option metal milling (6 mm shaft), CORiTEC 550i, CORiTEC 750i
Details
FuturaJet powder, pink, pink, 1000 g
FuturaJet is the multi-talent in the acrylics world. It is eminently suitable for the injection method and all conventional acrylics techniques. Your benefits: Wide choice of colors Easy to use Universally applicable Excellent mechanical properties Extraordinary fit Polymerization: Flask temperature 35 °C (95 °F), injection pressure 30 min. Polymerization time: 15 min. at 2-4 bar, water temperature 45 °C (113 °F). Mixing ratio powder:liquid (weight [g]): 2:1 (free dosage) Processing time: 4.5 min. Physical properties: Vickers hardness: ca. 140 MPa Flexural strength: ca. 95 MPa E-module: ca. 2,700 MPa Water absorption: 23.3 µg/mm³ Water solubility: 1.1 µg/mm³ Residual monomer: complies with the standard 12 kg containers upon request.FuturaJet liquid is available in 0.5 l or 1 l containers.  
Details
T13/T40/T50Tizian Cut 5/3.5 Zirconia Drill diamond 2.5mm, 6 mm shaft
Diamond radius cutter, double-edged, edge Ø 2.5 mm, shaft Ø 6 mm, total length 53 mm Processing type: roughing Blank material: zirconium, nano-composite Type: coated Coding color: gold For the milling machines: Tizian Cut 5.2, Tizian Cut 5.2 plus, Tizian Cut 5 option metal milling (6 mm shaft), CORiTEC 550i, CORiTEC 750i
Details
priti®multidisc ZrO2 Multi Translucent 98 x 20 mm, Colour A3.5
Aesthetics and durability combined to create a true multi-talent. The wonderful result of a merger between stability and natural beauty.Our new multi-talent is the ideal product to support you along your individual path to highly aesthetic and durable dental restorations. This blank follows the trend to combine the positive features of the already established zirconium quality of 3Y-TZP and the highly translucent 5Y-TZP. Just imagine mixing two different material classes... What could result from it is a unique raw material combination of a high-strength and highly translucent ZrO2. We just did it! When adding our new and innovative TILLY philosophy, the result was a multi-talented product which defines a completely new generation! Produce individual restorations for the anterior and posterior sector on natural tooth stumps and implants with priti®multidisc ZrO2 Multi Translucent.The special feature: graduation of shade and translucency with a simultaneous high flexural strength. These characteristics make priti®multidisc ZrO2 Multi Translucent an extraordinary and flexible choice for a wide range of indications.Benefits Excellent dental aesthetics Naturally graduated shade and translucency High stability: flexural strength >, 1,100 MPa (typical average) All processing techniques: painting technique, cut-back technique, veneering technique Quick sintering, complete processing time ca. 4 hours, released for up to 3 unit restorations High translucency in the incisal sector (>, 49 %), mechanical load capacity in the dentin sector Which is technique is your favorite?Select from these techniques: painting technique, cut-back technique, veneering technique. Indications: Individual restorations for the anterior and posterior sector on natural tooth stumps and implants  Highly aesthetic monolithic fully anatomic crowns, partial crowns and bridges of up to 14 units Inlays, onlays, veneers and abutments Quick sintering of restorations with up to 3 units Facts: Zirkonium dioxide type II, class 5 accordingt to DIN EN ISO 6872 Flexural strength: typical average ? 1,100 MPa Translucency graduation of <, 40 % to >, 49 % Thin wall thickness, in the anterior sector 0.4 mm and in the posterior sector 0.6 mm for individual crowns Precise margins and edges due to high density material Can be veneered with all ceramics which are adapted to the CTE of 10 · 10-6 · K-1 von ZrO2  Color stability across the batches Homogeneous coloration Reproducible colors Biocompatible  
Details