Automatic Wall Spraying Machine
Model: Ox-SM-A
Weight: 365kg
Dimension: 2350x660x1150mm
Voltage: 7.5kw, 380V/50HZ, three phrases.
Output: 0.4-3.6m3/h (7-60L/min)
Grain size: 0-6mm
Delivery Height: Up to 20 meters
Delivery Distance: Up to 40 meters.
Warking pressure: 30bar
Hopper: 180L
Materials ratio for mortar: 1: 2.5-3(cement vs sand)
Application: Gypsum and cement and all pumpable mixtures
Introdution of Sinta Concrete Wall Spraying Machine
1. Pumping, spraying and injecting of traditional, ready_mixed, masonry, insulating, refurbishing, dispersion, adhesive, reinforcing, self_leveling, special and almost all types of mortars, plasters.
2. Pumping and spraying mixes with cement and all types of sand (desert, quarry, river, sea, crushed, dune sand, etc).
3. It is ideal for spraying and pumping thermal insulating materials, polystyrene, perlite and lightweight concrete.
4. Conveying floor screeds and self-leveling materials.
Feasures of Ox Precision Concrete Wall Spraying Machine
1. Electric mortar pump.
2. For the continuous pumping of material up to 6 mm grain size.
3. Robust and easy maintenance.
4. High performance stator/rotor pump.
5. Maintenance free motor and gearbox (380 V/50 Hz).
6. Material hopper with 80 liters capacity and low filling height.
7. Chassis mounted on 2 wheels for easy transport.
8. High performance mortar pumps for pumping, spraying and injecting all sorts of mortars.
9. Simple and robust.
10. Easy to use.
11. Multiple applications.
We are a Chinese manufacturer of automatic rendering machine, it can save labor cost and time up to 70% on working on all kinds of walls with all kinds of mixture.
Our clients and their partners in the construction industry, both here in China and much of the developing world, are being awarded large contracts in areas where the local labour market has a shortage of skilled craftsmen and a high percentage of unskilled manual labour. Since deadlines, reputation and future business prospects are at stake, getting the job done quickly and effectively whilst ensuring that standards are upheld, present an interesting design problem. Given these market realities, our solution was to design rendering machines that required as little training as possible, while making sure that operators could confidently and consistently achieve superior results.
