The continuous crawler shot blasting machine is mainly used for small and medium-sized castings that are not afraid of collision, surface rust removal of furnace rebuffing materials and other work. It is suitable for shot blasting of furnace rebuffing materials such as runners and risers in the production process of castings with large production volume. The crawler continuous pass shot blasting machine can be used alone or in wiring, and has the advantages of high efficiency, small footprint, and cheap investment:
The continuous crawler shot blasting machine can work online with the entire casting line or can be used alone; the continuous crawler has many obvious advantages through the shot blasting cleaning process, ensuring high efficiency and cost-effective shot blasting cleaning; the continuous crawler shot blasting machine automates the production process and improves the working environment.
The unique design of the continuous pass crawler shot blasting machine allows the shot blasting cleaning machine to be easily integrated into the production line. In a typical continuous production process, the casting leaves the molding line and passes through the cooling system and the sand/casting separation system into the shot blasting cleaning system without any manual operation or ground transportation.
• Completely automatic and continuous shot blasting production process;
• Integrated cooling castings and molded sand and shot blasting treatment functions;
• During the shot blasting process, molded sand and core sand are recovered through a magnetic separator;
•Continuous crawler shot blasting machine Completely control and capture dust throughout the entire production period from the start of shot blasting to the cleaning of castings, minimizing pollution;
• Easy to arrange production process flow and improve production coherence;
• Short transportation distance, no intermediate storage required;
• Continuous crawler shot blasting machine reduces manpower and reduces operating costs;
• Minimum site area requirements for crawler continuous pass shot blasting machines;
• The continuous crawler shot blasting machine has strong cleaning capacity and short shot blasting treatment time;
• The shot blaster of the machine is carefully arranged by the crawler continuous through shot blasting machine to maximize the use of the blasting energy;
• The crawler continuous pass shot blasting machine has a complete contact with the shot blasting flow;
• Automatic material flow control, optimal track loading and pellet ejection capacity automatic adjustment to provide optimal cleaning effect and minimal equipment components and pellet wear;
• Always maintain high-level shot blasting cleaning performance regardless of fluctuation in productivity;
• The crawler continuous pass shot blasting machine is easy to maintain;
•Continuous crawler shot blasting machine can be integrated into existing production lines;
• Leading technology and excellent experience in crawler continuous pass shot blasting machines;
• The continuous crawler shot blasting machine can adjust the inlet, outlet and shot blasting chamber to meet different workpiece configurations;
• The crawler continuous pass shot blasting machine is suitable for anti-turn collision castings;
Number |
Project |
Unit |
QLX3320 |
1 |
Maximum weight of workpiece |
kg |
25 |
2 |
load capacity of the roller |
kg |
800 |
3 |
Productivity (grey castings) |
kg/h |
3000~5000 |
4 |
Crawler |
||
a |
End disc diameter |
mm |
φ1000 |
b |
End disc speed |
r/min |
3.5 |
5 |
Shot blasting device |
||
a |
Model |
Q037 |
|
b |
Quantity |
4 |
|
c |
Crawler transmission mechanism |
mm |
Φ370 |
d |
Speed |
2900 |
|
e |
Shot blasting amount |
kg/min |
240 |
f | Power |
kW |
15 |
g | Motor Model |
Y160L-4 |
|
6 |
Crawler transmission mechanism |
||
u |
Transmission speed |
m/s |
0.1 |
v |
Motor power |
kW |
3 |
7 |
Elevator |
||
a |
Elevation volume |
t/h |
60 |
b |
Power |
kW |
4 |
8 |
Separator |
||
a |
Separation |
60 |
|
b |
Required air volume |
2000m³/h |
|
c |
Power |
kW |
3 |
9 |
Spiral conveyor |
||
a |
Helix diameter |
mm |
φ300 |
b |
Conveyor volume |
T/h |
>60 |
c |
power |
kW |
4 |
10 |
Dust collector air volume power |
m³/h |
15000 |
kW |
15 |
||
11 |
Dust discharge concentration |
mg/m3 |
≤80 |
12 |
The maximum size of the host machine |
mm3 |
4100×3000×6000 |
13 |
Total power of the equipment |
kW |
about 90kw |
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