Having our own foundry in addition to the main production allows us to produce:
Pass-through shot blaster for cleaning the sheet and profile
- Maximum part width 1500 mm
- Maximum part height 300 mm
- Energy power 380V/50Hz
- Utility 220V/50Hz
- Total electrical power 75kW
- Compressed air capacity for filter
- Compressed air 5-7 atm., without moisture and oil 1 m3/hour
- Noise level at a distance of 1 m <85dB
Installed power of electric motors
- 4 blast wheels per 11 kW
- filter fan 11 kW
- longitudinal auger drive 3 kW
- top auger drive 3kW
- elevator drive 3kW
- roller table drive 7kW
DescriptionSpecialists of our company have designed a shot blaster for cleaning hot-rolled sheet and profile rolled products with a window of 1620x400 mm, with a cleaning speed of up to 3 m /minute.
Working chamberUnlike our competitors, we do not save on metal. The body of the overhead type shot blaster is made of sheets with a thickness of 8-10mm. The inner walls of the chamber are protected by sheets of chrome-plated cast iron with locks 15 mm thick (hardness 58-62 Hrc).
Saturn shot-blasting turbineThe passing shot blaster is equipped with 4 Saturn turbines with asynchronous electric motors with a power of 11.0 kW.
ElevatorProvides lifting of the contaminated shot abrasive to the separator. The belt tension occurs by moving the upper drum. The conveyor belt is made of abrasion-resistant rubber with a textile gasket. The buckets are solid cast from chrome-plated cast iron. Rotation of the elevator is carried out by a gear motor, which is mounted on the upper drive drum.
Coarse air purification system:Instead of the outdated cyclone system, a precipitation ladder is used in the shot blasting chamber: air, together with shot and dust particles, enters the ladder, inside which a movable plate is provided. Large particles hitting the plate return to the system, and the dust enters the filter. By adjusting the height of the plate, you can change the size of the particles returned to the system. The precipitation ladder reduces the fraction consumption by 10% and significantly increases the service life of filters.
Cartridge-type dust removal system:
The filter unit "F - 10 000" is designed to capture dry metal dust formed as a result of shot blasting. They are designed to work in heavy industrial conditions, to capture a large volume of dust during continuous processing.
Dust in the filter unit "F - 10,000" is captured by special cartridges with a dust cleaning and accumulation system, while they are simple and unpretentious in maintenance. The unit is equipped with 9 cartridges. The cleaning system removes dust from the surface of the cartridges by accumulating it in a special dust container.