Ceramic Grinding Media Supplier

      Pingxiang Baitian New Materials Co., Ltd. is found by numbers of technical experts working in well-known Ceramic enterprises in Japan, America, and domestic senior practitioners.

      It’s a high-tech enterprise with R&D, production and sales.

      With a factory covering an area of 100,000 square meters, we focus on the production and sales of  Bio-dental, solid fuel cells, 3D printing and other high purity zirconia powder, zirconia /alumina micro crystalline ceramic grinding media.

      We are the sole agent of RIMI zirconia beads, maintaining long-term partnership relation with the Israel Ceramics Institute.

      We strictly implement ISO9001 quality control management system. At present, we have 4 senior engineers, 1 Ph.D candidate, 10 intermediate and professional technical personnel. Moreover, we have carried out industry-university-research cooperation with domestic first-class universities, South China University of Technology, Central South University and Hunan University.


Hot Products

zirconia bead
High Purity Alumina Grinding Bead
Zirconium Oxide Powder
tire balancing bead 1

Service Process


Company News

Study on The Abrasive Dispersion of Dyes in Hot Sublimation Ink

Thermal sublimation dyes can be used in the preparation of thermal…

The Effect of Grinding System on The Ultra-fine Grinding Effect of Soapstone

Soapstone is a branch of the muciolite family, which is an expansible…

Study on Dispersion Process of Water-based Plastic Gravure Printing Ink

This paper studied the preparation of water-based plastic gravure…

Study on Dispersion Technology of Aqueous Ink Carbon Black Paste

In this paper, a water-based carbon black paste for water-based…

Preparation of 24% Spirochetes Diester Suspension Agent

24% spirochetes diester suspension was prepared for control of citrus red spider.

Preparation of 24% Spirochetes Diester Suspension Agent

The preparation of 24% spirochetes diester suspension agent for control of citrus red spider was studied.

Optimization of Wet Ball Milling Parameters of Alumina Powder

Subsequent experiments show that the particle size of the powders obtained under the optimal milling parameters is relatively uniform, which can be directly used for sintering ceramic film supports with high temperature resistance and high strength.

Experimental Study on Alumina Grinding Balls as Regrinding Media

There are many factors affecting the grinding operation, including the nature of the grinding material, operating conditions and mill structure, etc.

Study on Dispersion Technology of Titanium Dioxide

In this paper, TiO2 particle "beating dispersion-sand grinding" combined process dispersion technology was studied.