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Read MoreZirconia grinding ball is a high-performance, durable and cost-effective grinding media designed for use in ball mills, vibratory mills and other milling systems.
item no. :
CS-YHG-Q037Color :
WhitePort :
Any ports of Chinalead date :
5-7 daysMaterial : Zirconia ceramic
Purity : 95%
Shape : Cylinder ball
2.High wear resistance:the wear resistance of zirconium grinding balls is 8~10 times higher than that of ordinary balls.
3. High impact toughness: the impact toughness of zirconium grinding balls is more than 5 times higher than that of ordinary balls.
4. Low grinding rate: the grinding rate of zirconium grinding balls is 25-50% lower than that of ordinary balls.
5. Good abrasion resistance: the abrasion resistance of zirconium grinding balls is more than 5 times higher than that of ordinary balls.
6. High grinding efficiency: the grinding efficiency of zirconium grinding balls can reach up to 80%.
7. Low corrosion: the chemical corrosion resistance of zirconium grinding balls is more than 5 times higher than that of ordinary balls.
8. Good chemical stability: zirconium grinding balls have good chemical stability and are not easy to be corroded by acid and alkali.
1.Cylinder zirconium grinding balls are widely used in various kinds of grinding and milling applications.
2.They are nonpareil for grinding of materials care ceramic glazes and minerals. 3.They are also suitable for grinding severely materials such as rocks, glass, and metal.
4.They are used in various industries such as mining, chemical and pharmaceutical industries, and can be used in both moisture and dry attrition processes.
5. They can besides be old for polishing and finishing applications. 6.These abrasion balls undefined in various sizes, ranging from 0.5mm to 10mm, and put up be used for various purposes, such as for milling, grinding, polishing, and strange heavy-duty applications.
Chemical Component |
Percentage |
ZrO2 |
95%±0.2 |
Y2O3 |
5%±0.2 |
Physical Properties |
Value |
density (g/cm3) |
>=5.95 |
bulk density (kg/L) |
3.5 (Φ5mm) |
hardness (GPa) |
>11 |
modulus of elasticity (GPa) |
200 |
thermal conductivity coefficient (W/m.K) |
3 |
thermo-expansion coefficient (/℃) |
9.6×10-6 |
crushing strength (KN) |
>1.5 (Φ2mm), >=20 (Φ7mm) |
fracture toughness (MPam1/2) |
8 |
Spec. No. |
Diameter (mm) |
Height (mm) |
Purity (%) |
CS-YHG-Q037 |
7.5 |
7.5 |
95 |
CS-YHG-Q038 |
10 |
10 |
95 |
CS-YHG-Q039 |
12.7 |
12.7 |
95 |
CS-YHG-Q040 |
15 |
15 |
95 |
Zirconium Grinding Ball Test Standard
1. Diameter: The test shall be conducted victimisation a standard approximate ball. The diameter of the ball should be checked with a caliper to ensure that it is within 0.01 mm of the specified diameter.
2. Hardness: The hardness of the ball should be tested by a Rockwell hardness tester, and the hardness should be within the range of 45-55 HRC.
3. Surface Finish: The rise up finish of the ball should be checked using a surface roughness tester, and the roughness should be inside 0.2μm.
4. Density: The density of the ball should be tried victimisation a pycnometer, and the density should be within the range of 6.5-7.5 g/cm3.
5. Chemical Composition: The chemical composition of the ball should be tested using physical science emission spectroscopy, and the composition should be within the range of 99.2%-99.8% Zr.
6. Magnetic Properties: The magnetic properties of the ball should be tested using a magnetometer, and the magnetic properties should be no more than 0.01μT.
7. Roundness Error: The roundness wrongdoing of the ball should be tested victimisation a dial indicator, and the rotundity should be within 0.02mm.
The selection of zirconia balls is a key step. Zirconia balls have different hardness, surface smoothness, particle size distribution, abrasion, chemical properties (do not react with materials) and other characteristics. Therefore, appropriate zirconia beads should be selected according to the type and target particle size of the materials you grind and in combination with the target particle size of grinding.
2. Pre-grinding
When using zirconia balls for the first time, it is necessary to put the grinding balls in the slurry with a certain viscosity for pre-grinding for 30 minutes. If the slurry concentration is relatively low, the rotation speed should be reduced, and then the time should not exceed 15 minutes.
3. Cleaning
When grinding paint, it is better to clean the balls with resin. If solvent is needed, reduce the rotation speed, and the time should not exceed 10 minutes. It is recommended to clean zirconia beads intermittently, and then shut down and restart the machine after a period of time.
4. A supplement of zirconia grinding ball
After grinding for a period of time, the balls will collide with each other, which will lead to abrasion of milling balls. Therefore, after using for a period of time, some zirconia balls need to be added as a supplement. Note that the broken balls should be screened off with a sieve before supplement, and then put in zirconia beads with the same weight as the broken ones.
5. Cases when more zirconia grinding balls need to be supplemented
If the grinding time needs to be extended or the grinding fineness can not reach the desired effect when the grinding fineness requirements remain unchanged, a certain amount of grinding balls need to be added.
We offer customized products according to customer’s needs. Please provide to us with the following parameters when you need a customized product.
1: The name of the product that needs grinding.
2: Grinding method (dry grinding/wet grinding).
3.We provide zirconia grinding beads that have uniform microstructure from inside to outside.
4.We have special ways of controlling product microstructure crystallizing phase.
FAQ
1.Q: What types of zirconium grinding balls can you provide?
A: We can provide zirconium cylinders, zirconium beads and other shapes and sizes of zirconium grinding balls.
2.Q: What are the advantages of using zirconium grinding balls?
A: Zirconium grinding balls are durable and have excellent wear resistance, low micro-porosity and high impact strength. They are well suited for grinding applications where contamination of the material being ground is a concern. Additionally, they are non-sparking and non-magnetic, making them ideal for use in hazardous environments.
3.Q: How are zirconium grinding balls made?
A: Zirconium grinding balls are typically produced using a cold-forging process. This involves compressing zirconium powder into a die, which is then heated in an oven to produce the desired shape. The grinding balls are then polished to create a smooth surface.
Previous:
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