60-66% ZrO2 Ceramic Beads Blasting B120 B170 B205 B400 B505 For Matte Surface Finish

60-66% ZrO2 Ceramic Beads Blasting B120 B170 B205 B400 B505 for Matte Surface Finish

1. Product Description of Ceramic Beads Blasting Media

Ceramic Blasting Media is one clean and efficient blasting media,with hardness 7-8 Mohs.

It is fused by high quality zircon sand as main materials,then fused in high temperature over 2000 degrees,

and finally made into different size by special technology.

Ceramic beads is the ideal substitute for glass beads,its service life can be prolonged 25 times compared

with glass beads. It also has the outstanding characteristics of high hardness,high strength,high elasticity,

which is mostly suitable for the metal surface finishing.

2. Main Technical Data of Ceramic Blasting Media

3. Main Applications

B40 for Surface Cleaning: glass-bottle molds cleaning,tire molds cleaning

B60 B80 B100 B120 B205 for Surface Finishing:3C products and its accessories, watch case,Titanium

alloy Bicycle frame...

B170 for Surface Pretreatment: pretreatment before anodizing,electroplating

Z300,Z210 for Surface Shot Peening in automotive and aerospace industry...

4. How to choose high-quality ceramic beads?

Testing the service-life of ceramic beads: tested by traditional owen testing machines as well as

pneumatic sandblasting and crushing tests, which can intuitively measure the beads’ service life ;

Or directly evaluate its normal consumption in a certain period on the customer's production equipment;

Testing the chemical composition: Zirconium oxide is the main carrier during the impact process,

its outstanding features of good toughness and impact resistance ensures the integrity of the morphology.

Particle Size Distribution: The particle size of ceramic beads directly affects the roughness of sandblasting,

and both too high and too low can have adverse effects. Meanwhile, the width of particle size distribution affects

the stability of blasting’s roughness. The narrower the particle size distribution is, the more uniform the particles

are, and the more conducive to stabilizing the sand blasting quality.

Morphology testing: The morphology of the ceramic beads has a significant impact on the surface glossiness

of sandblasting. The better the sphericity, the higher the glossiness of the sandblasted surface will be achieved.