Duralox 997 - Micro Beads Duralox 997 - Micro Beads Duralox 997 - Micro Beads Duralox 997 - Micro Beads
Duralox 997 - Micro Beads
Duralox 997 - Micro Beads Duralox 997 - Micro Beads Duralox 997 - Micro Beads

Duralox 997 - Micro Beads

Product Details:

  • Color Off White
  • Size 2.4 mm
  • Usage Shot Peening, Grinding of high purity Alumina Oxide
  • Product Type Ceramic Ball
  • Ceramic Type Ceramic Balls
  • Material Alumina Ceramic
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Duralox 997 - Micro Beads Product Specifications

  • Off White
  • Alumina Ceramic
  • Shot Peening, Grinding of high purity Alumina Oxide
  • Ceramic Balls
  • 2.4 mm
  • Ceramic Ball

Product Description

Duralox 997 Micro Beads

99.7% Purity High Alumina Ceramic

Duralox 997 Spherical micro beads are produced from proprietary formulated high purity alumina composite, which contains 99.7% alpha alumina crystals having negligible percentage of silica in its body composition.

What makes Duralox 997 micro beads state of the art material for your industrial needs are its salient attributes such as :

  • Its sapphire equivalent hardness (measuring at a magnitude of 9+ on the Moh's scale or 1600 on Vicker's scale)
  • Chemical inertness
  • Non-radioactive

Duralox 997 micro beads not only have a dense homogenous internal micro structure but also have a smooth surface finish and are widely used for grinding of high purity alumina oxide material.

Duralox 997 beads can withstand high temperature making them ideal for sintering of Zirconia ceramic dental restoratives on a bed of beads in a sagger. In addition, these Ceramic sintering beads adapt smoothly to the shape of Zirconia restoratives and allow the units to shrink without any deformation.

PHYSICAL PROPERTIES

Colour

Off White

Surface Finish

Glossy, Satin Smooth

Density

3.95 0.05 g/cm3

Bulk Density

2.35 0.05 kg/ltr

Porosity

Nil



Water absorption

Nil

Hardness on Moh's scale

9+

Hardness on Vicker's scale (Hv5 )

1600

Crushing strength ( 2mm bead)

100-110 kgf

Bead Sphericity 90%

0.95

Maximum use of Temperature (No Load Condition)

1750 OC (3450 OF)

Co-efficient of Thermal Expansion (25 to 1000)

8.4 x 10 6/

 

CHEMICAL PROPERTIES

Al2O3

99.7%

MgO

0.15%

Others

0.15%

 

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