3D Pro Multilayer Zirconia Blocks 98.5mm 95mm High Translucency 43-57% For Dental Crowns Bridge

3D Pro Multilayer Zirconia Blocks 98.5mm High Translucency 43-57% For Dental Crowns Bridge

Product Overview

The 3D Pro Multilayer Zirconia Block is designed to deliver superior aesthetic outcomes for a wide range of dental restorations. It features an advanced gradient multilayer structure that replicates the natural translucency and chroma of a human tooth, with levels ranging from 43% to 57%. Supported by a high flexural strength of 800-1200 MPa, this block is a reliable choice for both anterior and posterior applications, including multi-unit bridges, ensuring longevity without compromising on beauty.

Product Features

• Natural Aesthetics: Multilayer gradient technology ensures lifelike vitality and depth.

• Balanced Properties: Combines high strength (800-1200 MPa) with excellent translucency (43-57%).

• Versatile Applications: Suitable for crowns, inlays, onlays, veneers, and bridges up to full arches.

• Wide Shade Selection: Available in shades A1-D4 and BL1-BL4 for precise color matching.

• Excellent Milling Performance: Ensures smooth processing and precise results in CAD/CAM systems.

Technical Parameters

Sintering Program

FAQ

1. What is the key benefit of the multilayer structure?

The multilayer structure creates a natural gradient in both color and translucency from the dentin to the enamel layer. This mimics a real tooth, providing superior aesthetic results with vibrant vitality and depth, eliminating the monochromatic look.

2. Can this block be used for posterior multi-unit bridges?

Yes. With a flexural strength of up to 1200 MPa, this zirconia block provides sufficient strength and fatigue resistance for 3-4 unit posterior bridges, offering both aesthetics and functionality.

3. How does the sintering program differ from other zirconia blocks?

Please follow the specific program provided, noting the final sintering temperature of 1500°C and a slower cooling rate (-5°C/min). This tailored cycle is crucial for achieving the optimal crystalline structure and final properties for this specific material.