Glass Microbead - ARENA BLAST Bead Blasting Abrasive
  • Glass Microbead - ARENA BLAST Bead Blasting Abrasive
  • Glass microbead bag
  • ABV 05
  • ABV 09
  • ABV 10
  • ABV 15

Glass bead

€87.50
Tax excluded

Benefit from a sliding scale rate
for all orders over 100 kg*

➔ Contact us via the contact form

Available in different grain sizes and packaging, price excl. VAT per bag:

Particle size
Conditioning
Quantity

DESCRIPTION AND ADVANTAGES: :

Glass microbeads are a precision blasting media for damage-free cleaning, maintaining tolerances, and are also suitable for deburring and satin finishing applications on metal parts made of aluminum, brass, or stainless steel. Their chemical inertness (insolubility in water or oil) ensures no contamination of the treated parts.

High-quality, durable silico-sodo-calcium glass microbeads (free of free silica) are manufactured from recycled glass in France.

*Note that the pressure should not exceed 4 bar to avoid breaking the beads and producing angular glass.

CHARACTERISTICS:

Grain shape Spherical
Colour White
Mohs hardness  6
Density (Kg/liter) 1.5 - 1.6
Melting point 730°C
REACH number 266 046 0

CHEMICAL COMPOSITION :

AVAILABLE GRIT SIZES: :

ARENA 
CODE
GRADE
FEPA F
GRIT SIZE
ABV 05 F 220 45 - 90 µm
ABV 09 F 150 70 - 150 µm
ABV 10 F 120 100 - 200 µm
ABV 15 F 80 150 - 250 µm

APPLICATIONS 

  • Impact Treatment
  • Microblasting
  • Cleaning of rubber molds, glassware
  • Deburring
  • Satin finishing on stainless steel and light alloys
  • Appearance on stainless steel and light alloys
  • Post-processing of additive manufacturing 3D SLS or MJF prints

FIELD OF ACTIVITIES: 

  • Automotive
  • Aerospace
  • Shipbuilding
  • Chemical Industry
  • Industrial Painting
  • Additive Manufacturing, 3D Printing

PACKAGING: 

Packaging Abrasives (2).png

*Discounted pricing available for orders of more than 100 kg of the same reference.

ABV10-25

Data sheet

Abrasive family
Spherical
Using the abrasive
Recyclable abrasive (bag cabinets)
Type of abrasive
Glass microbead

Specific References