Yttria Stabilized Zirconia Balls for Paint Milling Beads

• Customization: Available
• Natural Abrasive Type: Zirconia
• Artificial Abrasive Type: Zirconia
• Model NO.: Zirconia
• Application: Machinery, Chemical, Petroleum, Grind, Refractory
• Function: Surface Finish
• Source: Artificial Abrasives
• Particle Size: Customize
• Hardness: Moh′s 8-9
• Transport Package: Wooden Pallets
• Specification: Customize
• Trademark: HUMO
• Origin: Zhejiang, China
• HS Code: 68042290
• Production Capacity: 3000 Ton

Product Description

Zirconia Grinding Media Stone 

Zirconia Grinding Media Product Description: 

Humo Company applied unique roll polishing technology, which ensures the sphericity and density of the product, and without cracking. The company applies advanced kiln sintering technology; and with a longtime of high temperature sintering, the wearing-resistance microcrystal structure has formed. The property stability during the procedure is ensured. The raw material with high-white degree, high finesse degree is applied in order to resist the pollution of the materials. We can select grinding medium with different density according to different grinding equipments and objects customers have. (And can also custom made the beads with needed density and specification requiredby customers)

Zirconia balls and zirconia-alumina composite balls with a specific gravity of 2.7, 3.2, 4.0, and 6.0 which are suitable for almost all applications.

Zirconia Grinding Media Advantages:

• Yttrium-stabilized zirconia (YSZ) material, toughened by Yttrium element, results in Ultra-low attrition rate.
• Its high density leads to better grinding efficiency.
• Zirconia ball, being durable, saves the operational cost in the long run.

Zirconia Grinding Media Applications:

• Mineral ore fine grinding
• Electronic-grade ceramics and ceramic ingredient fine grinding
• Nano-material and superfine powder grinding
• Inks, dyes, paint, and pigments milling
• Pharmaceutical, chemical, and pesticide mixing
• Lab ball mill, jar mill, desktop planetary ball mill
• Dental and jewelry polishing
• Lithium battery slurry grinding and milling

Zirconia Grinding Media Technical Data: 

Product Specification		Product Size(mm)
Chemical Compostion	Zr02+Y203	0.5~0.8 0.8~1.0 1.0~1.2 1.2~1.5 1.5~2.0 2.0~2.5 2.5~3.0 3.0~3.5 3.5~4.0 … Various specification products
Specific Gravity	≥5.9g/cm^3
Bulk Density	3.75g/cm^3
Hardness	8~9

FAQ:

Q: How is HUMO ?
Zhejiang HUMO Polishing Grinder Manufacture Co., Ltd. is famous Top 3 brand mass finishing equipment and consumables manufacturer of China, has:
- 25 years: vibratory finishing machines and tumbling media manufacturer experience.
- 200000 square meters factory
-more than 500 employees
-outputs over 60,000 tons of media chips,over 5000 sets of finishing machines and over 10000 tons of compounds annually
-our products sell well both in domestic and world markets, such as United States of America, Japan, Korea, Australia, Singapore, Malaysia, Turkey, UK, Italy, Spain, Germany, France, Sweden, Switzerland etc, over 50 countries total

Q: What Certifications do you have?
ISO9001, CE, certifications etc. 100% quality check, and testing before shipment.

Q: What is your Payment method?
Accept payment via T/T (Bank transfer), Western Union, Money Gram;

Q: What is your Minimum order amount?
For machine minimum order is 1 PCS. For tumbling media minimum order is 1000kg or 2000 lbs as one pallet.
You can ship less amount of media if ship with the machine.
Sample order is allowed to ship less amount of tumbling media

Q: What is your way of packaging?
Fermentation wooden pallets for media, 1000kg per pallet, 25kg/plastic bag
Wooden box for equipment and compound

Q: How long is your production time?
15 working days for sample order;
20-25 working days for bulk order.
Emergency order can be fulfilled in a week

Q: What is the Shipping Way?
20-30 days by sea to your nearest seaport
2-5 days by air to your nearest airport
3-5 days by express to your doorstep

Q: What is the nearest Port:?
Shanghai, Ningbo and Yiwu are the closest port.