Physical Vapour Deposition Reactive Ion Coating - RIC^TM  EbPVD

The Reactive Ion Coating RIC^TM process is plasma assisted electron beam evaporation Physical Vapor Deposition (PVD) process used to deposit hard, erosion resistant Titanium Nitride coatings for gas turbine compressors. 

Volcanic ash, Calcium carbinate, Silica and Alumina sand partculate are all current problems with engine performance.  Rapid decay of blades and vanes require erosion resistant coatings for engine survivability on wing.  Liburdi has provided this technology for over two decades in commercial and military applications around the world.

For more information on the RIC^TM process, please see the following datasheet.

Liburdi Slurry Re-Coating - LSR^®

The LSR^® process provides a flexible, compact and economical alternative of appllying plain or modified aluminides internally and/or externally on Ni, Co, and Fe based alloys. The microstructure, chemistry and oxidation behaviour is similar or superior to the conventional high activity aluminide coatings. The ease of application and minimal environmental requirements facilitaties the use of the LSR^® process in manufacturing cells and turbine overhaul plants, and makes it a direct replacement for obsolete, uneconomical and environmentally challenging processes such as pack, hexivalent chrome bearing coating systems, CVD and electroplating.

For more information on the LSR^® process please see the following datasheet.

Liburdi Organo-Metallic Chemical Vapour Deposition - LOM^TM CVD

The Liburdi LOM^TM coating process is a Chemical Vapor Deposition (CVD) process which applies a high purity aluminum coating over the exterior and (if required) internal surfaces of turbine blades. The unique process enables very complex shapes and internal passages to be successfully coated with tight control over uniformity of coating thickness.

Air Plasma Spray Coating - APS

Used for thermal barrier and other turbine component coatings plasma spray processes are widely used in the world of gas turbine hot section components on blades, vanes, transition and combustor parts. 

Liburdi offers a wide range of thermal protection in coatings for turbine parts. 

High Velocity Oxy-Fuel - HVOF

Coatings for turbine parts using MCrAlY, NiCoCrAlY, CoNiCrAlY and CoCrAlY chemical compositions for superior durability in oxidation resistance on hot section blades and vanes.