Extend Component Life
- Coatings protect against wear, corrosion, oxidation, and heat, making parts last much longer.
- Example: Gas turbine blades last thousands more hours with thermal barrier coatings.
Reduce Maintenance & Downtime
- Fewer part replacements and repairs → lower operational costs.
- Less downtime in critical industries like aerospace, oil & gas, and power generation.
Cost Savings
- Instead of buying new parts, clients can repair and restore worn components with coatings.
- Thermal spray can rebuild shafts, pistons, bearings, and turbines to original dimensions.
Performance Enhancement
- Clients gain new properties that the base material alone doesn’t have:
- Hardness & wear resistance (WC–Co)
- Corrosion resistance (Zn, Al, Ni alloys)
- Thermal insulation (ceramic TBCs)
- Electrical insulation or conductivity (Al₂O₃ vs Cu/Mo)
Flexibility in Material Choice
- Clients can choose from a wide variety of coating materials without changing the base part.
- Example: A cheap steel part can perform like stainless steel or even better when coated.
Large & Complex Components
- Thermal spraying can coat large structures (bridges, pipelines, marine vessels) that would be impossible or too costly to protect with plating or heat treatments.
Environmentally Safer Alternative
- Unlike electroplating or painting, thermal spray uses no toxic chemical baths or solvents.
- Clients meet regulatory and sustainability requirements.
Proven Industrial Track Record
- Used in aerospace, automotive, energy, steel mills, and petrochemical plants.
- Clients trust thermal spraying because it has decades of successful use in critical applications
Summary: Clients use thermal spray coatings because they save money, reduce downtime, extend part life, and achieve performance that bare metals alone cannot provide.
