Abrasive & Grinding

Al2O3 Grinding Lapping Ceramic Balls for Bearings

Qingdao Fuqin Imp. & Exp. Co., Ltd.
  • Material:Ceramics
  • Content:>90%
  • Usage:Grind
  • Processing Type:Rolling Type
  • Customized:Customized
  • Application:Grinding

Base Info

  • Grade:G10 G16
  • Transport Package:Dry, Light Oil. Plastic Bag-Box-Carton-Case
  • Specification:ISO9001: 2000
  • Trademark:Fuqin, OEM
  • Origin:China
  • HS Code:69141000
  • Production Capacity:500, 000PCS,Week

Description

Basic Info.

Grade G10 G16 Transport Package Dry, Light Oil. Plastic Bag-Box-Carton-Case Specification ISO9001: 2000 Trademark Fuqin, OEM Origin China HS Code 69141000 Production Capacity 500, 000PCS/Week

Product Description


Al2O3 Grinding Lapping Ceramic Balls for BearingsGrinding Lapping steel Ceramic Balls for bearings

Ceramic balls have excellent performance as special and magnetism risistance, wear and corrosion resistance, lubrication and maintenance free when working, especially high and low-temperature application, etc. They could be used in awful environment and special condition. We are in ceramic ball manufacturing and distributing.
 
Al2o3 grinding lapping Ceramic Balls for bearings
 
Material99.5% Al2O3
Density3.95g/ cm 3
  ColorWhite, Ivory, Transparency
  Grade  G10, G16
  
Grinding Zirconia Ceramic Balls
 
MaterialZrO2
Density 6.00g/ cm 3
 Color White
 Grade G5, G10
 
Grinding Silicon Ceramic Ball
 
MaterialSintered SiC
Density 3.15g/ cm 3
 Color Black
 Grade G10, G16
 
 
 
 
 
Zirconium silicate beads
 
Zirconium Silicate Ceramic Bead is special produced by sintering process. This product has many excellent features, such as smooth surface, high density, excellent toughness, low abrasion. It is mainly applied in the grinding and dispersion of calcium carbonate, kaolin, zirconia, titanium dioxide, dyestuffs, printing ink, coating, and can also be used in the surface treatment of the metals, such as polishing.

Specifications:

Composition: ZrO2: 65%, SiO2: 35%
Density: > 4.0g/cm3
Bulk density: 2.5g/cm3
Hardness: MOH'S 7.2