• B170 Sandblasting Ceramic Polishing Beads 0.045 - 0.090mm For Metal Surface Treatment
  • B170 Sandblasting Ceramic Polishing Beads 0.045 - 0.090mm For Metal Surface Treatment
  • B170 Sandblasting Ceramic Polishing Beads 0.045 - 0.090mm For Metal Surface Treatment
B170 Sandblasting Ceramic Polishing Beads 0.045 - 0.090mm For Metal Surface Treatment

B170 Sandblasting Ceramic Polishing Beads 0.045 - 0.090mm For Metal Surface Treatment

Product Details:

Place of Origin: Shanxi, China
Brand Name: Zhengtong
Certification: ISO9001, ISO14001
Model Number: B20-B505

Payment & Shipping Terms:

Minimum Order Quantity: 100KGS
Price: Negotiation
Packaging Details: 12.5kgs/barrel, 25kgs (2 barrels)/paper carton, or 25kgs barrels +pallet
Delivery Time: 5-10 days
Supply Ability: 1500mt per year
Get Best Price Contact Now

Detail Information

Commodity Name: Ceramic Beads Blasting Media Chemical Index: ZrO2 60-66%, SiO2 25-30%, Al2O3 7-13%
Manufacturing Process: Melting Method Bulk Density: 2.3g.cm3
True Density: 3.85g/cm3 Hardness: 700HV
Package: 25kgs Paper Cartons Or 25kgs Barrels +pallet
High Light:

B170 Sandblasting Ceramic Polishing Beads

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Sandblasting Ceramic Polishing Beads

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0.090mm Ceramic Bead Blasting

Product Description

2.Sandblasting Ceramic Beads B170 size 0.045-0.090mm for metal surface treatment
 
DESCRIPTION OF CERAMIC BEADS
 
Sandblastinge Ceramic bead is also called zirconia sand. It is zirconia-based blasting media, obtained in melting method and then blowing into muciro beads.   The sandblasting ceramic beads are no dust, durable and efficient, offering consistent surface finishing, are new eco-friendly blasting material, widely used for blast matte finish, blast surface cleaning and surface preparation before coating or anodizing.
 
Mainly used in sandblasting machine, including Manual & Automatic sandblasting machine, Open type sandblasting machine and Sandblasting machine room, and shot peening equipment, etc.


 
SPECIFICATION OF CERAMIC BEADS
 
Manufacturing process: Melting method

ZrO2 SiO2 Al2O3 Other
60-66%, 25-30% max. 7-13% max. 5-8%

 

Color Bulk Density True Specific Density Vickers Hardness
White 2.3g/cm3 3.85g/cm3 700 HV

 
 

Grit size B20 B30 B40 B60 B80 B100 B120
Microns μm 600-850 425-600 250-425 125-250 180-250 125-180 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
Grit size Z850 Z600 Z425 Z300 Z210 Z150 Z100
Microns 850-1180 600-850 425-600 300-425 210-300 150-210 100-150

 

COMPARISION OF SANDBLASTING OF CERAMIC BEADS VS GLASS BEADS
 

We have some study on the comparison on cost of blasting and life against ceramic beads and glass beads.

 

Ceramic Beads and Glass Beads dosage and solid waste comparison
 
Workpiece Blasting Media Consumption Mothly Dust Dust disposal cost
Aluminium alloy  Glass beads 150# 6 Tons Much High
Aluminium alloy Ceramic beads B170 0.2Tons Very Little Low

 

 
This customer used glass beads to treat aluminum alloy before, and the monthly consumption of glass beads was about 6 tons. Because the glass beads are fragile, a large amount of dust solid waste is generated after use, and additional costs are required to deal with the solid waste every month.
After replacing glass beads with ceramic beads, the monthly consumption of ceramic beads is only 0.2 tons, which not only saves material costs, but also reduces the cost of solid waste treatment and improves work efficiency.
Ceramic beads is not easy to be broken during sandblasting, and it is almost no dust pollution , which also improves the working environment of workers and keeps them away from silicosis hazards.
Remarks:
Under the conditions of different workpieces, different blasting pressure conditions and blasting requirements, the reduction in the amount of ceramic beads after replacing glass beads is different. The above is for reference only.

 

 

APPLICATION OF CERAMIC BEADS

 

1. SANDBLASTING FOR ALUMINIUM PROFILES 

 

In the sandblasting process using ceramic beads as blasting media, the surface is formed with uniform pits, which are so small that we can hardly see them with the naked eye. We can only see that the originally bright aluminum products have become matte.

 

Sandblasting and anodizing process application:

 

Widely used in aviation, electrical, electronic digital industry, machinery manufacturing, automobile, construction, light industry and other industries.

 

Sandblasting process classification:

According to different workpiece materials, anodizing treatment is divided into ferrous metals (steel) and non-ferrous metals (aluminum, copper, magnesium and their alloys);

 

 

The advantages by ceramic beads sandblasting are:

 

1. Remove the oxide film on the surface of aluminum profile products, whether it is a naturally formed oxide film or an anodized film, it can be completely removed after sandblasting. This is why the sandblasting process precedes the anodizing sequence.

 

2. Prepare for other surface treatment procedures. When the aluminum profile after sandblasting is electroplated, the bonding force of the electroplating layer is stronger. The sandblasted aluminum profile can also be sprayed to enhance the coating adhesion.

 

2. OTHER APPLICTIONS 

Includes metal surface treatment, metal rust removal, hardware rust removal, stainless steel material sandblasting, copper material sandblasting, hardware paint removal, hardware scar removal, aluminum alloy deburring, Zinc alloy blasting finish. etc.

 

B170 Sandblasting Ceramic Polishing Beads 0.045 - 0.090mm For Metal Surface Treatment 0

 

 

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