Land based and Aerospace Gas Turbine Industries
High Temperature Oxidation, Corrosion and Erosion
Stork has developed and applies several high-tech coatings that are ideally suited to effectively deal with problems associated with high temperatures normally found in gas turbines and other combustion type processes.
Thermal Barrier & High Temperature Wear Coatings
Our HVOF sprayed Chrome Carbide and MCrAlY coatings, and our specially designed Thermal Barrier Coatings (TBC's) are applied onto various gas turbine hot-section components such as burner cans, baskets, nozzles, cross-fire tubes, spring clips, blades and vanes. The use of multi-axis robots, turn tables and other automated systems for coating deposition assures reproducibility and precise control of coating thickness and quality.
Blades/Vanes coated with S-40 Blades/Vanes coated with S-40
Stork’s ProvenSolutions:
- Stork S-40 HVOF Spray applied Chrome Carbide Coating with excellent high temperature wear and erosion properties.
- Stork S-27 HVOF Spray applied MCrAlY alloy coating protects gasturbine components against high temperature oxidation.
- Stork P-26 Plasma Spray applied high temperature advanced ceramic Thermal Barrier Coating has excellent thermal shock resistance as well as a low thermal conductivity.
Cross Section P-26, Plasma Spray Operation of A.P.U.
Thermal Barrier Coating
Quality Control:
Each coated component comes with complete quality documentation including metallographic analysis done by our in-house QA Lab. With Stork’s Product Certification Program we set the standard of accountability for the industry.