- Home /
- Prosthetics /
- CAD / CAM Materials /
- ceraMotion Z Zirconia Blanks /
- ceraMotion Z HT White /
- ceraMotion Z HT White / 18 mm
Shop Now
-
Orthodontics
- Adhesives
- Anchorage System - tomas®
- Archwires
- Bands
- Bracket Systems
- Buccal Tubes
- Class II Appliances
- Equipment
- Expansion Screws
- Intra- / Extra-oral
- Lingual System
- Orthodontic Acrylics
- Pliers and Instruments
- Supplies
- Wires - Wire Elements
-
Prosthetics
- CAD / CAM Materials
-
Ceramics
- Press Ceramic
- Accessories
-
ceraMotion Veneering Ceramics
- CeraMotion Lf - Low-fusing
- ceraMotion Me - Metal
- CeraMotion Ti - Titanium
- CeraMotion Zr - Zirconia
- ceraMotion Zirc ME Ti
- ceraMotion ME TI LF & Zirc
- CeraMotion Me Veneering ceram
- CeraMotion P+PMe Press
- ceraMotion ME TI & LF
- ceraMotion ME Ti LF
- CeraMotion One Touch Liquid
- ceraMotion ME TI & Zirc
- CeraMotion Me Value Concept
- CeraMotion Zr Veneering ceram
- ceraMotion ME TI & Zirc &LF
- ceraMotion Press Ceramic
- ceraMotion Ceramic in Paste
- Crown and Bridge
- Equipment
- Finishing
- Model Casting
- Orthodontic Acrylics
- Prosthetics
- Hygiene
- Knowledge and Marketing
ceraMotion Z HT White / 18 mm
Downloads
Description
High translucent Zirconia.
Highly translucent zirconium oxide for all restorations in the anterior and posterior area, form the sinle crown to multi-element restorations or implant substructures. Suitable for all open CAD/CAM systems.
Advantages and indications:
- safety due to high strength
- aesthetic restorations possible due to reduced translucency
- suitable for shading
- excellent machinability
- translucency 43 procent (non-shaded, 1 mm)
- optimum finishing/veneering with ceraMotion Zr.
Radioactivity < 0.02 Bq/g
Material ZrO2 3Y-TZP
Thickness options 14,18,22,25 mm
CTE 10,5 x 10-6 K-1
Density > 6,06 g/cubic centimeter
Solubility < 10ug/square centimeter
Sintering temperature 1,530 degrees C / 2,786 degrees F
Norm DIN EN ISO (Type II, class 5)
Diameter 98.3 mm
Bending strength 1200MPa
Colour White
Listed values were measured on test samples and are typical for the material. The product properties may, however, deviate from these values depending on the component design and the forming process.