Crawler Blast Machine
Model Q326
Products
Products DETAILS
Crawler Blast Machine
Crawler shot blasting machine, fully automatic all-in-one machine, installation-free, flip-type cleaning machine, Q326 crawler shot blasting machine is divided into two types: manual and automatic loading.
Used for cleaning and strengthening castings and forgings, small round springs, bearings and other workpieces.
The crawler (drum) shot blasting machine is an efficient surface treatment equipment with the following characteristics:
This shot blasting machine adopts a centrifugal high-speed rotating impeller, which can efficiently throw abrasive to the continuously rotating workpiece. It has the advantages of large projection angle, high efficiency and no blind spots.
The application of wear-resistant rubber tracks effectively reduces the collision and damage of workpieces, while reducing the noise level during work, providing more pleasant conditions for the working environment.
This shot blasting machine has strong shot blasting ability and good sealing performance, which can significantly improve the cleaning effect, production efficiency and dust removal effect, and provide reliable support for industrial production.
The shot blasting room uses a rolled Mn13 protective cover, which effectively reduces maintenance costs and saves users about 60-70% of maintenance costs.
Through shot blasting, this equipment can not only quickly remove rust, oxide scale, casting sand and other impurities on the surface of the workpiece, but also reduce the internal stress of the workpiece, improve the fatigue strength of the workpiece, and ensure the service life of the workpiece. Long-term use of the workpiece.
This standard is equipped with a pulse cartridge filter, which effectively improves the working environment of operators, makes the workplace cleaner and safer, and improves the working comfort of staff.
Crawler (drum) shot blasting machinery has a wide range of uses and can be used for cleaning, rust removal, oxide scale removal, surface strengthening, etc. of castings and forgings, bearings, forgings, stamping parts, gears, springs and other parts in various industries. . Among them, special attention should be paid to the fact that crawler-type shot blasting machines and tape-type shot blasting machines are not suitable for parts with high temperatures or burrs or flash edges during the cleaning process to avoid damaging the tape.
serial
number
project
unit
Q326
Q3210
Q3220
15GN
28GN
1
productivity
t/h
0.6-1.2
2.0-2.5
2.0-5.0
5.0-8.0
12.0-14.0
2
feeding
amount
kg
200
600
1000
1350
3500
3
Piece
weight
kg
10kg
30kg
40kg
250kg
363kg
4
End
disc diameter
mm
650
1000
1200
1092
1250
5
Effective
volume
m³
0.15
0.3
0.69
0.43
0.8
6
Shot
blasting amount
kg/min
120
250
250
480
350*2
7
Dust
removal air volume
m³/h
2000
3500
7500
6000
6000
8
Power
consumption
kw
12.6
24.3
50
48.5
62
9
Crawler
form
Metal/Rubber
Rubber
Rubber
Rubber
Metal
Metal
The crawler shot blasting machine is suitable for cleaning and processing various metal and non-metal workpieces, removing surface dirt, oxide layer, rust, pre-treatment before spraying and surface enhancement treatment. Especially for parts and products produced in large quantities, its cleaning effect and high efficiency make it widely used in many industrial fields. The following are the types of workpieces that the crawler shot blasting machine is suitable for processing:
1. Casting and forgings: including various iron castings, steel castings and forgings. The crawler shot blasting machine can effectively remove oxide scale, sand and other impurities, rust, welding slag, etc. on the casting surface to improve the surface quality of castings and forgings.
2. Automobiles and auto parts: It can treat engine blocks, crankshafts, gears, brakes, suspension parts and other auto parts, clean bearing parts, remove surface oxidation and other contaminants, and improve the wear resistance and performance of bearings.
3. Forgings: Clean various forging workpieces to remove the oxide layer, dust and impurities produced during forging, and enhance their surface quality.
4. Stamping parts: Used to clean the oxide layer, oil stains and other surface unclean substances produced during the stamping process, and improve the accuracy and quality of stamping parts.
5. Gears: Suitable for cleaning various gears, removing grease, rust and other contamination on the surface, and improving the transmission efficiency and life of the gears.
6. Spring: Clean the oxide scale, dirt, etc. on the surface of the spring to improve the strength and durability of the spring.
7. Aerospace parts: It can process aircraft parts, engine parts, turbine blades, etc., remove dirt, oxide layers, coatings, etc. on their surfaces, and provide high-quality surface quality and corrosion resistance.
8. Railways and railway parts: The crawler shot blasting machine can be used to clean railway tracks, sleepers, railway wheels, locomotive parts, etc. It can remove dirt, oxide layer, and rust on the surface of railway parts, provide a smooth surface and reduce fatigue life
Generally speaking, crawler shot blasting machines are suitable for various manufacturing and maintenance fields that require large-volume cleaning, removal of surface contaminants, and improvement of surface quality of parts. Its efficient shot blasting process makes it an indispensable surface treatment equipment in industrial production.
Process: Depending on the weight, size, volume and production efficiency of the workpiece to be cleaned, manual, mechanical or automatic feeding can be carried out. The workpiece tumbles in the shot blasting chamber. The shot blasting chamber consists of an annular groove belt and two heads made of high wear-resistant material. The conveyor belt is equipped with guide bars to ensure that all surfaces of the workpiece are exposed and turned over. No excessive collision will occur. The shot blasting objects containing burrs, rust or sand fall through the holes on the rubber belt and are then transported to the bucket elevator and separator. Through the separation of the separator, impurities are removed, and the clean particles are returned to the storage hopper.