Microplasma spraying (MPS)
Essence of the process
Application of 0.1-1 mm thick coatings made of powder materials heated and accelerated with microplasma jets when parts are heated not more than 150 C.
Coatings applied
On the basis of alloys of iron, nickel, cobalt, copper, molybdenum, titanium, intermetallides, hydroxyapatite, ceramics etc.
Types of coatings
Wear Resistant Carbide Coatings (WC-Co, WC-Ni, Cr3C2-NiCr)
Task: application of high-performance carbide-based coatings using atmospheric plasma spraying.
Due to the minimum power of the plasma jet at MPS it is possible to apply coatings based on tungsten and titanium carbides.
Roughness Coatings on Dental Crowns and Dentures
Task: application of coatings that increase the area and roughness of the surfaces to which the tooth enamel will be applied.
- coating directly in dental laboratories;
- spray spot diameter 2-5 mm;
- spraying on thin-walled parts of small dimensions;
- low power consumption (up to 2.5 kW);
- minimal noise level (about 50 dB).
MPS uses low plasma power, so the thermal load on the substrate is small and does not lead to overheating of thin-walled and small-sized parts.
Biocompatible Coatings (Hydroxyapatite, Titanium, Tantalum)
Task: adjustable porosity coating by atmospheric plasma spraying.
Degree of crystallinity of coatings - ≈ 80% (at initial powder - 90%)
Benefits
Application: hip, elbow, knee endoprostheses, proximal modules, implants for interbody spondylosis, dental implants, etc.
Antifriction and Friction Coatings (Mo, Cu, Bronze, Intermetallics)
Task: coating of small-sized and low-rigidity parts with minimal heat input.
Heat Resistant (Inconel, Stellite, Hastelloy) and Ceramic Coatings (TiO2, Al2O3, ZrO2, etc.
Task: application of heat-resistant and ceramic coatings on small-sized parts.
If you are interested in the technology we offer or you would like to get more details, please, contact us by email: coatingcenter.il@gmail.com.