Ceramic Beads is ceramic abrasive sandblasting media, with very fine micro structure featured strong wear resistance and high toughness, and low-dust emission.

It does not contaminate the treated metal parts surface, especially suited for metal and alloy tool cleaning and surface preparation applications.

Comparing with steel shot, the ceramic beads can save energy and preserve work parts because of its appropriate hardness and good elasticity.

Specification of ceramic abrasive blasting media

Chemical Index:

ZrO2	60-66%
SiO2	25-30%
Al2O3	7-13%

Physical Index

Processing:	Melting
Bulk Density:	2.3g/cm3
True Specific Gravity	3.97 g/cm3
Vickers Hardness:	700 kg /mm2

Size

Grit size	B20	B30	B40	B60	B80	B100	B120
Microns μm	600-850	425-600	250-425	150-300	125-212	106-180	63-125
Grit size	B125	B170	B205	B400	B505	Special sizes can be customized
Microns μm	0-125	45-90	0-63	30-63	0-63	Special sizes can be customized
Grit size	Z850	Z600	Z425	Z300	Z210	Z150	Z100
Microns	850-1180	600-850	425-600	300-425	210-300	150-210	100-150

Application of ceramic abrasive blasting media

3C industry sandblasting: Computer shell, mobile phone middle frame, built-in parts and USB Data cable plug blasting surface treatment.
Glass bottle & Tires Molds cleaning sandblasting
Shot peening in automotive and aerospace industry.
Metal parts surface treatment blasting finish, like Hard wares parts, Pots, medical instrument, golf club, etc

Characteristics of Ceramic beads:

Ceramic beads is of iron free, no contamination or damage to treated metal parts

Narrow particle sizes distribution and smooth spherical beads lead consistency in blasting treatment results from the first part to the last.

Cost-effective compared to glass beads because of its high wear resistance, 25 times better than glass beads.

Enhanced performance in dry air blast, wet blast as well as wheel turbine blasting machines

If you need ceramic beads, pls feel free contact us for advisory pre-sale service, best price, details, and samples, etc.

Caroline Cui

Inquiry Cart 0