Shot Blasting is reshaping the Bush Hammer surface processing field with “faster speed, lower cost, and better environmental performance”. For modern engineering that pursues efficient construction and sustainable development, this technology is undoubtedly the preferred upgrade of traditional craftsmanship.
Now let’s compare these two processes:
| Comparison items | Shot Blasting | Traditional Bush Hammer |
| Processing principle | High speed steel shot impacts the surface, forming uniform pits | Mechanical/manual hammering chiseling texture |
| Texture control | Adjust the size of the steel shot to achieve a delicate to rough effect | Dependent on the number of hammerhead teeth, the adjustment range is limited |
| Processing efficiency | Extremely high (large-scale continuous operation) | Slow, manual methods are less efficient |
| Environmentally | No dust (built-in dust removal system), no need for water, environmentally friendly | Large dust, wet processing produce mud pollution |
| Material Applicability | Stone, concrete, composite materials | Stone, concrete |
| Tool wear and tear | Steel shot can be recycled with extremely low loss | Hammer heads are prone to wear and require regular replacement, and consumables are expensive |
| Edging | Uniform without broken edges, suitable for fine processing | The edges are prone to breakage and require additional trimming |
| Producing Cost | Low | High |
Future trend: Intelligent and automated environmental protection equipment
Kaibocheng’s Shot Blasting Machine is integrated with a CNC system and fully automatic PLC control, providing a whole line shot blasting solution that is efficient, energy-saving, cost reducing, and efficiency increasing. The processing speed is increased by more than 5 times, and it is green and environmentally friendly, meeting modern construction standards
Closed operation+dust removal system thoroughly solves the problem of dust pollution and protects the health of workers. No need for water, avoiding the mud wastewater generated by traditional wet processing, suitable for arid areas or indoor construction. In line with the humanistic needs of the times and the demands of environmental protection.