Consistent Coloration and Vibrant Finishes Audental Universal Glaze Powders for Dental Lab Equipment

Introduction:

Audental universal glaze powders are designed to glaze various types of dental ceramic restorative materials, such as PFM and zirconia restorations.

Say Goodbye to Discoloration Challenges

One of the standout features of Audental glaze powders is their ability to avoid common discoloration issues. Grey or white tints often plague ceramic restorations, detracting from their natural appearance. With Audental's advanced technology, such challenges are a thing of the past. These glaze powders ensure consistent coloration, providing a clear, vibrant finish that enhances the natural look of restorations. This reliability in appearance makes them a trusted choice for dental professionals striving for perfection.

Established in 2007, Audental is one of the pioneers of dental digital solutions in China, specializing in dental precious metal alloys and reliable zirconia blocks. With production facilities located in the Chinese cities of Shanghai, Qinhuangdao, and Changsha, all complying with ISO13485 standards, Audental’s dental zirconia blocks and metal alloys are certified with CE0197 and FDA.

Audental adopted Japanese zirconia production technology to produce high-quality ceramic dental zirconia blocks, which passed the rigorous tests of the China Food and Drug Administration and were granted the Registration Certificate for Medical Device of China.

Audental is committed to the field of dental biomaterials, with a particular focus on noble metal alloys and bio-ceramic materials. Practicing the philosophy of mutual trust, efficiency, high-end production, accuracy, and innovation, Audental creates superior value for customers and provides high-quality services.

Audental ensures the consistent fabrication of safe, precise, professional, and high-level dental end products by means of cutting-edge technology, state-of-the-art production and testing procedures, and a strict and advanced quality management system.