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Sandblasting gives stainless steel a satin gray texture and provides a uniform metallic color for other alloys to meet the requirements of a smooth and non reflective surface. This can be accomplished using ceramic beads.
Main technical indicators
manufacturing process | ZrO2 | SiO2 | AI2O3 |
59%-62% | 26%-29% | 9%-12% |
Main components:
Level | Main Chemical Index % | ||
ZrO2 | SiO2 | Al2O3 | |
P-B Series(for Sandblasting) | 60-62 | 24-30 | 6-12 |
J-B Series(for Sandblasting) | 62-65 | 24-30 | 4-10 |
Z Series (for shot peening) | 62-65 | 24-30 | 4-10 |
Metal surface cleaning
Metal surface blasting matte finish
Metal surface blasting pretreatment before coating or anodizing
Features Of Ceramic Beads Abrasive Media
High efficiency
With high hardness, long life and good elasticity, suitable for the complicated structure,without damage to the surface of the workpiece, eliminate the stress and improve the fatigue life of the workpiece.
High cost performance
Compared to glass beads, it has higher cleanliness, can prolong the service life 30-50 times. Compared to steel beads, it has superior smoothness, can prolong life 3-5 times. It 's also recyclable,and can reduce the refueling times, improve working efficiency.
Environmental protection
Not easy to break during sandblasting process, no dust, clean, and no hidden danger of silicosis, it is harmless to the human body.
How To Choose The Method Of Sandblasting To Remove Burrs?
The first thing to consider is the burr itself - its thickness and size.
Sandblasting is typically used for lighter or smaller burrs.
Consider the following points:
Is the puppy fat or thin?
• Detail geometry. Sandblasting is the best choice for parts that are not easily rolled. Sandblasting media include smaller sandblasting materials such as ceramic sand, glass beads, alumina, resin sand, or other media that are easily accessible to these locations.
If sandblasting cannot immediately remove burrs, sandblasting is not the correct method for removing burrs.
Conclusion: Currently, it is more commonly used in foundries. It is widely used in the casting of small aluminum alloys.
