Upcera Dental Zirconia Blanks ST White

• Excellent strength and translucency
• Wide range of indications
• Natural and lifelike restorations
• Excellent permeability and toughness

Physical Data :

• CTE 10.5 ± 1.0 x 10⁻⁶K⁻¹ (25-500 °C)
• Density after sintering 6.08 ± 0.01 g/cm³
• Bending strength (3-point bending test) > 1200 MPa
• Sintering temperature 1450-1580 °C, recommended 1530 °C
• Translucency 43 %.

Composition :

• ZrO₂ + HfO₂ + Y₂O₃ ≥ 99; Y₂O₃ 4.5-6; Al₂O₃ ≤ 0.5; other oxides ≤ 0.5.

• 1 X Upcera Dental Zirconia Blank

• Country of Origin: Made in PRC
• Manufacturer: Upcera

Question: Is this zirconia material compatible with various CAD/CAM systems?
Answer: Yes, Upcera Dental Zirconia Blanks ST White is compatible with most CAD/CAM systems used in dental laboratories.

Question: What is the level of translucency of this zirconia material?
Answer: Upcera Dental Zirconia Blanks ST White is super-translucent, which means it allows for a high level of light transmission, making it ideal for restorations that require vitality and aesthetics.

Question: Is Upcera Dental Zirconia Blanks ST White suitable for both anterior and posterior dental restorations?
Answer: Yes, Upcera Dental Zirconia Blanks ST White is suitable for both anterior and posterior restorations.

Question: What are the typical applications or indications for Upcera Dental Zirconia Blanks ST White?
Answer: It is used for fully anatomical anterior and posterior crowns, multi-pontic fully anatomical anterior and posterior bridges, inlay bridges, Maryland bridges, and primary telescopes.

Question: What are the key features of Upcera Dental Zirconia Blanks ST White?
Answer: This product is unstained and super-translucent, making it an excellent choice for restorations with high vitality. It falls under Medical Device Class IIa.

Question: What is Upcera Dental Zirconia Blanks ST White?
Answer: Upcera Dental Zirconia Blanks ST White is a dental material used for the fabrication of high-strength, fully anatomical restorations in dentistry. It is made of yttrium oxide stabilized, tetragonal ZrO₂.