Dental Lab Materials Use Yucera Dental SHT Multilayer Zirconia Block
Our service for SHT multilayer zirconia block
1, We supply dental zirconia blocks, PMMA blocks, wax blocks, milling machine, milling burs for several years.
2, Our main products are dental zirconia block, corresponding CAD/CAM equipment, 3D printing equipment and other related dental products. As professional labouratory materials supplier, we can provide digital dental materials, dental equipment, and full range of digital products and services.
3, If you have time, please pay a visit to us. I think a lot of item will match your interest, and really hope to establish business relationship with you
Features of SHT multilayer zirconia block
high flexural strength, fracture resistance, exceptional durability, and easy milling properties with precision. Pre-shaded zirconia disc consisting of three pre-colored layers Easy Handling: Polish or Glaze after Sintering Ideal for full contour crowns and bridges
Benefits of SHT multilayer zirconia block
Reduce preparation dramatically No need for porcelain Restoration seated firmly Eliminates the possibility of porcelain chipping No need to take out restoration under imaging medical examinations fast and efficient sintering technology Unique coloring changing effect No need for coloring liquids For open systems with different sizes such as Wieland, Sirona, Zirconzahn, Kavo, Lava, Amann Girrbach, Cercon, Dentmill etc.
Physical Proferties of SHT multilayer zirconia block
Sintered density: 6.05 g/cm3
Flexural strength: ≥900MPa
Translucency: >46%
Sintering temperature: Recommend 1530℃
Product Features of SHT multilayer zirconia block
Safety:No irritation,No corrosion,Good bio-compatibility
Beauty:Natural teeth color can be reproduced
Comfortability:Low thermal conductivity,hot and cold changes do not stimulte the pulp
Durability:Over 1600MPa perturbed strength, durable and useful
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 |