- Application: Metal Parts
- Source: Artificial Abrasives
- Hardness: Conventional Abrasive
- Trademark: COLO
- Origin: China
- Function: Surface Deburring
- Particle Size: Abrasive
- Granularity: 30-320 (Mesh)
- Specification: CE /IOS
- HS Code: 2818109000
Manufacturers wholesale sandblasting abrasive, glass beads, glass ball, superior quality and cheap prices
Glass Bead is widely used in cleaning or metal surface strengthening process of a unique feature of the abrasive, mainly for blasting equipment. Glass beads are made from high quality crushed glass crushed and sorted. In manufacturing, the broken glass is melted into spherical reannealing to eliminate internal stress and prevent damage. This transparent, clear spherical structure product in use will not have particles embedded in the workpiece, contaminated parts or other damage. Using different sizes of abrasive and different operating parameters, the glass beads will achieve a different gloss on the workpiece surface. The choice of glass beads in the surface of the workpiece to choose local coverage control sandblasting can produce special decorative effect.
The excellent performance of glass beads in the deviation of the strict requirements of the workpiece to clean up or deburring will not damage the workpiece surface, very suitable for selection. Moreover, the inherent strength of the glass beads makes it suitable for use in equipment capable of recycling abrasives.
In this case,Glass beads are widely used for residual tension or in the periodic pressure of the workpiece surface treatment, resulting in compressive stress layer, to achieve the purpose of surface strengthening. The use of glass beads to strengthen the surface of the workpiece, can reduce surface erosion or surface fatigue and other potential hazards.
The use of glass beads for surface treatment is very cost-effective, and precise control.
The chemical nature of the glass beads is the fall of non-toxic, in the course of the use of iron will not remain in the material or other harmful substances in the surface of the workpiece will not adversely affect the surrounding environment.
|mesh number||80-120||100-170||140-270||170-325||below 270|