Jiangsu Profile
Product List
181. High-Surface-Area Thermally Stable Alumina Oxide Powder for Medical Implant with Wear-Resistant ... 
[Aug 18, 2026]
[Aug 18, 2026] Product Introduction Alumina Oxide Powder Our calcined alumina powder is a premium-grade ceramic material produced through precise high-temperature calcination, ensuring exceptional purity, hardness, and thermal ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
182. Low-Expansion Chemically Inert Alumina Oxide Powder for Refractory Brick with Insulating Property [Aug 18, 2026]
[Aug 18, 2026] Product Introduction Alumina Oxide Powder Our calcined alumina powder is a premium-grade ceramic material produced through precise high-temperature calcination, ensuring exceptional purity, hardness, and thermal ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
183. Grinding Dense Alumina Oxide Ceramic Ball for Ball Mill with Low-Wear Performance [Aug 18, 2026]
[Aug 18, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
184. High-Grade Superior Alumina Oxide Ceramic Ball for Mineral Processing with Wear-Resistant Shell [Aug 18, 2026]
[Aug 18, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
185. Premium Industrial Alumina Oxide Ceramic Ball for Chemical Grinding with High-Density Core [Aug 18, 2026]
[Aug 18, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
186. Wear-Resistant High-Hardness Alumina Oxide Ceramic Ball for Ore Milling with Dense Structure [Aug 18, 2026]
[Aug 18, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
187. Grinding Premium Alumina Oxide Ceramic Ball for Ceramic Production with Low-Wear Rate [Aug 18, 2026]
[Aug 18, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
188. Industrial High-Density Alumina Oxide Ceramic Ball for Paint Grinding with Superior Hardness [Aug 18, 2026]
[Aug 18, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
189. High-Grade Wear-Resistant Alumina Oxide Ceramic Ball for Cement Mill with Grinding Efficiency [Aug 18, 2026]
[Aug 18, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
190. Dense Low-Wear Alumina Oxide Ceramic Ball for Refractory Materials with High-Hardness Body [Aug 18, 2026]
[Aug 18, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
191. Premium High-Density Alumina Oxide Ceramic Ball for Powder Processing with Industrial Grade [Aug 18, 2026]
[Aug 18, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
192. Superior Grinding Alumina Oxide Ceramic Ball for Glaze Milling with Wear-Resistant Surface [Aug 18, 2026]
[Aug 18, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
193. High-Hardness Dense Alumina Oxide Ceramic Ball for Pigment Grinding with Low-Wear Feature [Aug 18, 2026]
[Aug 18, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
194. Industrial Premium Alumina Oxide Ceramic Ball for Chemical Raw Materials with High-Density [Aug 18, 2026]
[Aug 18, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
195. High-Grade Low-Wear Alumina Oxide Ceramic Ball for Frit Milling with Grinding-Media Quality [Aug 18, 2026]
[Aug 18, 2026] Product Introduction Alumina Oxide Ball Our alumina balls are a premium ceramic grinding media engineered for high hardness, superior density, exceptional wear resistance, and minimal wear loss. These high-quality ...
Company: Lianyungang Zhongyun Aluminum New Materials Co., Ltd.
