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KMA Metal Abrasive Limited
[ Shandong, China (Mainland) ]

    Main Products:
  • Cast Steel Shot
  • Cast Steel Grit
  • Steel Cut Wire Shot
  • Stainless Steel Cut Wire Shot
  • steel grit blasting abrasive
    Business Type:
  • Manufacturer

View Contact Details

iAbrasive AD

Ceramic Blasting Media Zirconia Silicate Beads

Product Details

Shandong, China (Mainland)

KMA Blasting

Ceramic Beads01

Extra Coarse

Silicon Carbide

Payment & Shipping Terms

Ton

1

USD 10000.000 - 12000.000

Qingdao

7 days

Plastic Drum

Yes

50000 / Year

L/C, D/A, D/P

Detailed Product Description

Ceramic Blasting Media

Zirconia Silicate Ceramic Beads

Ceramic bead is a spherical blasting and peening media produced by the fusion of oxides at a very high temperature. Ceramic bead is extremely tough, high impact properties coupled with good hardness, ensuring consistent peening intensities and surface finishes.

Application

Removal of carbon deposits and other impurities from glass making and rubber tire moulds, without damaging the surface or critical edges

Deburring thin gaskets

Shot peening ferrous and non ferous items includidng aircraft engine blades, turbines etc. Internal and external thread peening

Cleaning, sanitizing and surface finishing of fabricated stainless steel items for food and pharmaceutical industries. Medical implant and instrument surface finishing

Ceramic beads can be used in Air Blast and Wet Blast system plus Turbine Shot Blast equipment.

 

Technical Specification

Items

Specification

Composition wt%

60-65% ZrO2
30%  SiO2

Bulk Density Kg/L

2.6-2.7(Φ2mm)

Specific Density g/cm3

4.0-4.1

Hardness Mohs

>8.5

Elastic modulus GPa

200

Thermal Conductivity W/m.K

3

Fracture Toughness MPam1-2

7

Grain size µm

0.5

Thermal expansion
Coefficient(20-400 °C)
10x10 -6 / °C(20-400)

9.6

Available Size

Size (mm)

Size (mm)

Φ0.4-0.6

Φ1.8-2.0

Φ0.6-0.8

Φ2.0-2.2

Φ0.8-1.0

Φ2.2-2.4

Φ1.0-1.2

Φ2.4-2.6

Φ1.2-1.4

Φ2.6-2.8

Φ1.4-1.6

Φ2.8-3.0

Φ1.6-1.8

Φ3.0-3.2

 

 

Email to this supplier

Nina Huang