CE approved 98*10 25mm 43% translucency ST zirconia dental blocks for CAD/CAM open system

Share on (62021254147):


Price:RUB 1,231.75 - RUB 3,047.77

Quantity:


Product Overview

Description

The special raw materials processing and manufacturing technique have brought this materials brilliant translucency and flexural strength. The stable inner structure ensures accurate post-milling sealing even at high maching speed. Ideal aeshetic effect can be easily achieved with JR Vita classical or 3D coloring liquids.
Applicative Systems
Zirkon Zahn System
Kavo System
Standard System 
Lava System
Sirona System 
Cercon System
Amann Girrbach System
Customized
Indications
Coping 
Coping bridge
Full contour crown
Full contour crown bridge
Vita Classical and 3D Coloring Liquid
Zirae offers Vita classical and 3D coloring liquid for unshaded block
Our Company

Nanjing Zirae Advanced Materials Co., Ltd is a leading high-tech enterprise which specializes hydro-thermal zirconium oxide powder, zircoina dental block, zircoina beads and parts. We produce 41%/43%/45%49% translucency white block, color block and multilayer with CE/ISO aprroval. Zirae was founded by Nanjing science and technology leader, who has a number of 31 national invention patents with independent intellectual property rights, especially the eight-step purification technology and zirconium - hafnium separation technology is a leading level in the world. It provides solid technical support for the production of chemical nanometer high purity zirconium oxide. The preparation technology of fine microcrystalline high purity zirconia products guarantees the good performance, stability and differentiation of zirconia products.

We have our own D&R center as well as production base that makes us supply our customer advanced quality production with competitive price.

Contact Us

ZIRAE ADVANCED MATERIALS

Company's add:
Shuanglong Science Park,
2# Shuanglong Street, Nanjing 210001, China

Sales Manger
Mobile/Wechat: 8613851866391

Email: njzirae@126.com
www.zirae.com

0.0318 s.