• B60 Ceramic Beads For Abrasive Flow Deburring With RoHS Certificates
  • B60 Ceramic Beads For Abrasive Flow Deburring With RoHS Certificates
  • B60 Ceramic Beads For Abrasive Flow Deburring With RoHS Certificates
B60 Ceramic Beads For Abrasive Flow Deburring With RoHS Certificates

B60 Ceramic Beads For Abrasive Flow Deburring With RoHS Certificates

Product Details:

Place of Origin: China
Brand Name: Zhengtong
Certification: ISO9001,ISO14001
Model Number: B60: 0.125-0.250MM

Payment & Shipping Terms:

Minimum Order Quantity: 100KGS
Price: Negotiable
Packaging Details: 2*12.5kg barrel+ carton box + pallet or 25kg barrel+pallet
Delivery Time: 3-5 days after order confirmed
Payment Terms: L/C, T/T, Western Union, MoneyGram
Supply Ability: 200mts per month
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Detail Information

Commodity: Ceramic Blasting Beads Product Name: Ceramic Blasting Media
Usage: Surface Finish For 3C Products Bulk Density: 2.3 G/cm3
True Gravity: 3.85 G/cm3 Vicker Hardness: 700 HV
Main Material: 62-66% ZrO2 Shape: Solid Round Ball
High Light:

abrasive media blasting


low dust blasting media

Product Description

B60 Ceramic Beads Media with RoHS certificates for Abrasive flow Deburring


Description of Ceramic beads for deburring


Ceramic blasting beads is made of imported zircon sand as a raw material and melted in Ore furnace in

temperature above 2000℃,and then blow into micro beads. It is an efficient and environmentally friendly

sand blasting media. Based on the performed tests on Ceramic beads samples by SGS, the result if

Cadmium, lead, Mercury, Hexavalent chromium, PBBs, PBDEs do not exceed the limit as set by

RoHS Directive (EU)


Technical Data
Components Content CAS No. EC No.
ZrO2 (Zirconium dioxide) 60-68% 1314-23-4 215-227-2
SiO2 (Silicon dioxide) 25-30 60676-86-0 262-373-8
Al2O3 (Aluminum oxide ) 7-13% 1344-28-1 215-691-6
Manufacturing Method Melting in above 2000℃ furnace
True Density 3.85 g/cm3
Bulk Density 2.3g/cm3
Vicker Hardness 700HV
Sizes for Sand Blasting
Bead Size Size range Bead Size Size range
B20 0.60-0.85 mm B120 0.063-0.125 mm
B30 0.425-0.60 mm B125 0.000-0.125 mm
B40 0.24-0.425 mm B170 0.045-0.090 mm
B60 0.125-0.25 mm B205 0.000-0.063 mm
B80 0.18-0.25 mm B400 0.030-0.063 mm
B100 0.125-0.18 mm B505 0.000-0.030 mm
Sizes for Shot Peening
Z850 0.85-1.18 mm Z210 0.21-0.30 mm
Z600 0.6-0.85 mm Z150 0.15-0.21 mm
Z425 0.425-0.60 mm Z100 0.10-0.15 mm
Z300 0.30-0.425 mm    


Features of Ceramic beads for deburring


1. Ceramic beads has long service life and high cost performance:

The life of ceramic beads is more than 30 times that of glass beads. Ceramic sand will not wear, only a small amount will be broken into pieces, and the broken ceramic beads will still maintain the original size, shape and hardness. and smooth surface, this is enough to recycle.


2. Ceramic beads does not produce dust. This is enough to effectively reduce the dust content and final waste in the working environment, which can effectively protect the environment from pollution and pose no harm to workers.


3. Ceramic beads has high hardness, long service life, good elasticity and low wear, which can effectively reduce the number of replacement materials and reduce the cost of workers. Whether it is used in dry blasting, wet blasting or shot blasting, ceramic sand can bring high efficiency.


Application of Ceramic beads for deburring


Aluminum alloy work pieces inner holes abrasive flow deburring


Metal deburring is mainly to deal with metal surfaces and internal hole burrs. The burrs on the workpiece are caused by plastic deformation during the cutting process, and some are the flashing of the castings, the forgings, and some of the materials extruded by the welding.

Surface deburring is not difficult, then how about the inner hole deburring?

How to deburr the inner hole for aluminum alloy workpieces with many inner holes and intersecting holes?


1. Difficulties in deburring the inner hole of aluminum alloy workpiece


The heat resistance and acid resistance of aluminum alloy workpieces are not too high, and they are not suitable for compression. These features eliminate many deburring methods. Moreover, it can be seen that these burrs are mainly concentrated near the intersecting holes of the inner hole, and the ultrasonic deburring grinding head can not be found there, and it is barely used, and may not be cleaned. Moreover, in order to maintain the precision of the workpiece, we must also control the polishing margin within a reasonable range when removing the internal hole burr.

Therefore, we must find a way to solve the inner hole, without loss of precision, without damaging the workpiece, and environmentally friendly deburring.


2. Ceramic beads abrasive flow is the most applicable deburring ways of aluminum alloy inner hole


First of all, the abrasive flow is the most suitable process for deburring the inner hole. Secondly, by adjusting the particle size of the abrasive and the polishing time, we can control the polishing allowance. From the enlarged detail view, after polishing the abrasive flow, we no longer need to go through any treatment, which not only solves the problem of internal hole burr, but also improves the polishing effect of 2-3 grades on the original basis of the workpiece. This is unique in all deburring processes.



B60 Ceramic Beads For Abrasive Flow Deburring With RoHS Certificates 0


Applicable sand blasting machine:


1. Manual type series

2. Automatic series

3. Open series

4. Sandblasting room type series


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