Ceramic Shots for Shot Peening Series Z
Ceramic Shots for Shot Peening Zseries are high-quality ceramic shot peening media, widely used in shot peening and surface treatment of mechanical parts in aerospace, automobile, industrial manufacturing, etc., which can effectively enhance the fatigue strength of metal materials and achieve precise surface modification.
Product list
| Features
| Features
- High rebound rate, can evenly cover complex geometric shapes.
- High hardness and toughness, with higher energy impact transmission effect.
- Provide a smooth and uniform surface finish to avoid contamination.
- Extremely long service life, ensuring overall operation efficiency and cost.
- Certified with ISO9001:2015 and ISO14001 standards.
- Very low levels of particle embedment.
- No need for decontamination post-treatments for non-ferrous alloys.
- Replaces glass beads, steel shots.
- Suitable for pneumatic sandblasting machine, wheel blasting machine.
- Suitable for shot blasting and shot peening processes.
| • High rebound rate, can evenly cover complex geometric shapes. |
| • High hardness and toughness, with higher energy impact transmission effect. |
| • Provide smooth and uniform surface finish to avoid contamination. |
| • Extremely long service life, ensuring overall operation efficiency and cost. |
| • Certified with ISO9001:2015 and ISO14001 standards. |
| • Very low levels of particle embedment. |
| • No need for decontamination post-treatments for non-ferrous alloys. |
| • Replaces glass beads, steel shots. |
| • Suitable for pneumatic sandblasting machine, wheel blasting machine. |
| • Suitable for shot blasting and shot peening processes. |
| Ceramic Shots for Shot Peening Zseries | |||||
|---|---|---|---|---|---|
| Component | ZrO₂ | SiO₂ | Al₂O₃ | ||
| Numerical Value | 60–70% | 28–33% | <10% | ||
| Mohs Hardness | 7 | ||||
| Grain Shape | Sphere | ||||
| Particle Color | White | ||||
| Density | 3.8g/cm³ | ||||
| Bulk Density | 2.2g/cm³ | ||||
| Vickers Hardness | 643–780HV | ||||
| Available Sizes | |||||
| Name | µm | Name | µm | Name | µm |
| Z100 | 100-150 | Z150 | 150-210 | Z210 | 250-300 |
| Z300 | 300-425 | Z425 | 425-600 | Z600 | 600-850 |
| Z850 | 850-1180 | ||||
| Ceramic Shots for Shot Peening Zseries | |||||
|---|---|---|---|---|---|
| Component | ZrO₂ | SiO₂ | Al₂O₃ | ||
| Numerical Value | 60–70% | 28–33% | <10% | ||
| Mohs Hardness | 7 | ||||
| Grain Shape | Sphere | ||||
| Particle Color | White | ||||
| Density | 3.8g/cm³ | ||||
| Bulk Density | 2.2g/cm³ | ||||
| Vickers Hardness | 643–780HV | ||||
| Available Sizes | |||||
| Name | µm | Name | µm | Name | µm |
| Z100 | 100-150 | Z150 | 150-210 | Z210 | 250-300 |
| Z300 | 300-425 | Z425 | 425-600 | Z600 | 600-850 |
| Z850 | 850-1180 | ||||
| Applications
| Applications
-
Used for shot peening of aircraft horizontal and vertical tail fins
-
Strengthening fuselage skin structural parts
-
Increasing the surface hardness and residual compressive stress of aircraft landing gear
-
Used for secondary shot peening to reduce the surface roughness of landing gear
-
Inhibit the expansion of micro-cracks and pitting corrosion on the surface of high-temperature and high-load single crystal blades
-
Extending the service life of dental implants and cardiovascular stents
-
Improving the surface defects of surgical instruments
-
Used for surface treatment of stainless steel products in the food industry
-
Improve surface finish of household appliances and buildings
-
Improve surface strength of automobile engine parts, gears, and suspension systems
-
Cleaning of welded steel parts, castings, and forgings
| • Used for shot peening of aircraft horizontal and vertical tail fins; |
| • Strengthening fuselage skin structural parts; |
| • Increasing the surface hardness and residual compressive stress of aircraft landing gear; |
| • Used for secondary shot peening to reduce the surface roughness of landing gear; |
| • Inhibit the expansion of micro-cracks and pitting corrosion on the surface of high-temperature and high-load single crystal blades; |
| • Extending the service life of dental implants and cardiovascular stents; |
| • Improving the surface defects of surgical instruments; |
| • Used for surface treatment of stainless steel products in the food industry; |
| • Improve surface finish of household appliances and buildings; |
| • Improve surface strength of automobile engine parts, gears, and suspension systems; |
| • Cleaning of welded steel parts, castings, and forgings; |
| • Cleaning of welded steel parts, castings and forgings; |
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