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Glass Bead for Jetting/Sandblasting
1)Product Introduction
Glass beads are widely used for blasting and polishing purposes, can be used for cleaning the moulds for forging, casting , glass, rubber, etc., for removing of the tensile stress and increasing and improvement of the corrosion resistance and fatigue life of the component such as aircraft engine turbine blades, haft, landing gear, springs etc., for decorative finishing of the component surfaces, etc.It is used for cleaning the turbine, blade and axle of the airplane engine
Glass bead for jetting has the features of chemical stability, high mechanical intensity and hardness. They can be jetted onto the object surface with compressed air and can be used on compress glass, rubber, plastic, moulds with metal casting or compressing. The jetting balls would help reduce elasticity of the surface materials and increase wearing capacity.
2)Product Specification
Main products specification for jetting according to following table:
You can choose different size glass bead between 50um-850um according to different function.
1)Product Introduction
Glass beads are widely used for blasting and polishing purposes, can be used for cleaning the moulds for forging, casting , glass, rubber, etc., for removing of the tensile stress and increasing and improvement of the corrosion resistance and fatigue life of the component such as aircraft engine turbine blades, haft, landing gear, springs etc., for decorative finishing of the component surfaces, etc.It is used for cleaning the turbine, blade and axle of the airplane engine
Glass bead for jetting has the features of chemical stability, high mechanical intensity and hardness. They can be jetted onto the object surface with compressed air and can be used on compress glass, rubber, plastic, moulds with metal casting or compressing. The jetting balls would help reduce elasticity of the surface materials and increase wearing capacity.
2)Product Specification
Main products specification for jetting according to following table:
| No. | Diameter(¦um) | Corresponding sieve size |
| 1 | 710-425 | 25-40 |
| 2 | 425-250 | 40-60 |
| 3 | 250-150 | 60-100 |
| 4 | 150-100 | 100-150 |
| 5 | 100-75 | 150-180 |
| 6 | 75-50 | <180 |