1500 Degree Dental Zirconia Disc Lab UT Zirconia Ceramic Blocks

Short Description:

YUCERA blanks are made from biocompatible zirconiumdioxyde. The yttrium oxide stabilizing protects the material against cracks and increases the tensile and compressive strength. The special grain size allocation inside the material and the added aluminium oxide also result in extra strength during milling and subsequently in clinical use. The outstanding mechanical characteristics, excellent chemical durability and the unbeaten biocompatibility combined with the translucent color predestine YUCERA as the ideal material provider for dental milling systems.

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Product Detail

Product Tags

YUCERA UT Multilayer Zirconia Blocks Manufacturer Dental Lab Materials For Dental Milling Machine

3D multilayer Zirconia Perfect For Anterior Restorarion, Dental Zirconia Blank

Zirconia Features

Zirconia porcelain tooth is an excellent high-tech biological material. Good biocompatibility, better than various metal alloys, including gold. Moreover, no irritation to the gums, no allergic reaction, natural sensation of tooth color and inconspicuous crown edges are also the benefits of using zirconia all-ceramic restorations.

Advantages of Zirconia

Compared with other all-ceramic restoration materials, the strength of zirconia material allows doctors to achieve extremely high strength without too much abrasion of the patient’s real teeth. Among them, Vita all-ceramic plus yttrium stabilizes zirconia. It is also known as ceramic steel.

Zirconium dioxide porcelain teeth are of extremely high quality. It is said that its high quality is not only because of its materials and expensive equipment, but also because it uses the most advanced computer-aided design, laser scanning, and then controlled by computer programs. It is perfect.

Zirconia Block Introduction

Yucera zirconia block has high strength, excellent permeability and color aesthetic repair effect that suitable for CAD/CAM system and manual system.

SHT/UT/3D multilayer Sintering Curve

SHT/UT/3D multilayer Sintering Curve
Sintering step	Start Temperature(℃)	End Temperature(℃)	Time(Min)	Rate(℃/Min)
Step 1	20	900	90	9.7
Step 2	900	900	30	0
Step 3	900	1500	180	3.3
Step 4	1500	15	120	0
Step 5	1500	800	60	-11.6
Step 6	800	natural cooling 20	120	-6.5