High Quality Ceramic Grinding Media Beads

• Customization: Available
• Material: Alumina, Zirconia, Zirconium Silicate
• Content: >90%
• Model NO.: Chemshun ceramics
• Usage: Grind
• Processing Type: Rolling, ISO
• Size: Available and Customized Size
• Color: White
• Customized: Customized
• Item: Ceramic Grinding Media Beads
• Density: 2.6-6.2g/Cc
• Self Abrasion Loss: <0.008%
• Property: High Hardness/Purity/Wear Resistant/Wear Impact
• Applied Equipment: Mill
• Application Industry: Ceramic/Cement/Paint/Porcelain/Pigment Industry
• Transport Package: Carton+Pallet
• Trademark: Chemshun
• Origin: Pingxiang, China
• HS Code: 69091200
• Production Capacity: 25000t/Year

Product Description

High Quality Ceramic Grinding Media Beads
Chemshun Ceramic ball and Ceramic beads as grinding meida , specially for mining ball mill

Pingxiang Chemshun Ceramic Co.,ltd is Ceramic Grinding Media manufacturer. To meet the market requirement of different milling applications, Chemshun developed a range of ceramic grinding media with broadest range of size s and densities are available to suit both horizontal and vertically mills for fine & ultra-fine grinding, mixing and dispersing.

Chemshun Ceramics grinding media including:

High-performance, Low-density ceramic grinding media: CS-26 with unmatched economic and performance advantage in fine and ultra-fine grinding process of soft mineral materials with low slurry density.

High-performance, middle density ceramic grinding media: CS-32, CS-36, CS-38, CS-40, which widely used in the grinding mill of mining and minerals and suitable for hard minerals, high density slurry of minerals. The series media improve cost efficiency of customer.

High-performance, high density ceramic grinding media: CS-52, CS-60, CS-62 with the best grinding, mixing and dispersing efficiency. This zirconia-based grinding medias is the optimum combination of efficient and cost-effective products to enhance productivity and quality.

And we accept engineering customization.

 

Item	Main	Diameter	Density	Application     Suggestion
		(mm)	(g/cm3)
CS-26	Al2O3,SiO2	0.5~20	2.6~2.8	It's suitable for the stirred mill such as Metso's SMD  and fine milling process of soft materials with low slurry density.
CS-32	Al2O3,SiO2 ZrO2	0.5~20	3.2~3.3	It's suitable for the stirred mill such as Metso's SMD and milling the hard minerals.
CS-36	Al2O3	0.4~25	3.5~3.75	It suitable for the Nano-size material grinding.
CS-38	Al2O3, ZrO2	0.4~20	3.8~3.9	It's suitable for the stirred mill such as Metso's SMD and milling the hard minerals.
CS-40	ZrO2,SiO2	0.4~5.0	4.0~4.2	It's suited for high speed milling of mineral ores and similar hard materials.
CS-52	ZrO2,Al2O3	0.4~5.0	5.1-5.3	It suitable for the hard materials's superfine mills with high speed (up   to 14m/S) and high energy input. For example: Outotec's HIG mill. Flsmidth VXP.
CS-60	ZrO2,Y2O3	0.2~40	5.95~6.05	1.Chemical materials,paint,printing,ink,pigment. 2.Advanced  ceramics pastes or powder. 3.Electronic  pastes: gold platinum, silver,cuprum, nickel. 4.Food   stuff,pharmaceuticals,cosmetics.
CS-62	ZrO2,CeO2	0.6~4.0	6.1~6.2

The Benefits:
>High grinding efficiency
>Decreasing product contamination
>Longer product life cycle
>Reduce mill wear and maintenance cost, less down time
>Less energy than steel or iron balls
>Less cost per volume than high-density steel media alternatives

The Features:
>High hardness
>Superior impact and wear resistance
>Uniform size and good roundness 
>Inert Chemical and environmentally friendly 
>Engineered made

Applications:
>Mining
>Mineral
>Industrial Ceramics
>Electronic Ceramics
>Cement
>Chemical
>Paints
>Inks
>Dyes
>Pigments
>Magnetic coatings


Service:
We have experts team understand your needs supply the engineered great ceramic grinding media for your grinding application.
We offer on-site visiting, lab testing, professional solution for you.  
Web:chemshun.en.made-in-china.com . 
 

Export:
Our products have been exported to many countries: Australia, Chile, USA, Russia, UK, Indonesia, Thailand etc., good quality have be approved by our clients.