Product Details:
| Country of Origin | Made in India |
| Maximum compressed air input pressure. | 10 bar ( 150 psi) |
| Compressed air consumption | 0.3-0.4 m /min |
| Compressed air purity | free of water and oil |
| Compressed air operating pressure (inside spraying gun MCS - 23) | Upto 8 bar (120 psi) |
| Compressed air operating temperature (in the input of the nozzle) | 100 - 500 Degree C |
| Power supply | One-phase alternate current of 50+-1 Hz and 220 V ( +-10%) |
| Maximum power consumption | 3.3 kW |
| Time required for reaching an operating condition | no more than 30 seconds |
| Powder consumption | 10-60 gm/min (Compatible Powder will be supplied by MEC) |
| Capacity of Powder Feeder | 3350 CC (3.3 Liter) |
| Dimensions of the equipment: - Control panel with powder feeder Total mass of the equipment | 800(W)x500(L)x1600(H) 106 kg (approx.) |
With our expertise and immense knowledge in the field, we are providing
DYMET Cold Spray Equipment. The offered equipment is widely used for coating various metals like aluminium, copper, zinc, nickel, lead, etc. We engineer these products under the strict vigilance of our quality controllers who make sure that the product meets the exact needs of clients. The provided product is known for its efficiency and reliability. Further, we offer these at cost effective rates.
Features:
- User-friendly operation
- Wear and tear resistant
- Superior quality
Cold Spray process:The Cold Spray process basically uses the energy stored in high pressure compressed gas to propel fine powder particles at very high velocities (500 - 1500 m/s). Compressed gas is fed via a heating unit to the gun where the gas exits through a specially designed nozzle (level type convergent-divergent nozzle mostly) at very high velocity. Compressed gas is also fed via a high pressure powder feeder to introduce powder material into the high velocity gas jet. The powder particles are accelerated and moderately heated to a certain velocity and temperature where on impact with a substrate they deform and bond to form a coating. As with the other processes a fine balance between particle size, density, temperature and velocity are important criteria to achieve the desired coating.
Cold spraying Equipment used for application of various metal coatings based on aluminium, copper, zinc, nickel, lead, tin, Babbitt etc. This type of coating used for different purposes, such as:
- Recovery of the shape and size of parts
- Creating electrical contact pads
- Elimination of moulding and mechanical defects
- The elimination of leaks of liquids and gases (sealing)
- Corrosion protection
- Protection "setting" (EP coating)
- Prevent sparking
- Recovery anti-friction coating of plain bearings
- Decoration
The main properties of the coatings:
- High adhesion (30-80 MPa)
- High cohesion (30-80 MPa)
- Homogeneity of the surface
- Low porosity (1-3%)
- High electrical conductivity between the coating and the substrate
- Any coating thickness (20 microns to 10 cm)
- Roughness of the surface coating is Rz = 20-40
- Processing coatings produced by conventional machining methods
- Coating may be applied to any metal, glass and ceramics
Specifications:
- Maximum compressed air input pressure 12 bar (170 psi)
- Compressed air consumption 0.3-0.4 m3/min
- Compressed air purity free of water and oil
- Compressed air operating pressure (Inside Spraying Gun DM45) 5 – 8 bar (70-120 psi)
- Compressed air operating temperature (In the input of the nozzle) 200 – 600 °C
Power supply:
- One-phase alternate current of 50±1 Hz and 220 V
- Maximum power consumption - 3.3 kW
- Noise level in operation without shielded box not exceed - 75 dB
- Equipment is designed for use with powder materials manufactured by OCPS
- Powder consumption 0,1-0,8 g/sec
Additional Information:
