Abradable coating solutions improve safety and reduce fuel consumption and emissions in turbomachinery. Whether for aviation gas turbines, or power generation gas or steam turbines, we have abradable materials for your clearance control applications.
We design and produce abradable materials for critical turbomachinery clearance control applications. Our composite abradable thermal spray powders are of the highest quality and consistency for long-lasting service.
Solutions for aircraft gas turbine engines
Our abradable solutions significantly improve efficiency and operational safety of aircraft propulsion engines. These products log millions of flight hours each and every year on civil and military turbofan, turboprop, and turboshaft engines.
Typical applications
Rotor path linings
Low-, intermediate-, and high-pressure compressor seals
High-pressure turbine seals
Bearing air seals
Oil seals
Other labyrinth seal configurations
Operational benefits
Reduces Specific Fuel Consumption (SFC)
Increases compressor stall margins
Lowers engine Exhaust Gas Temperatures (EGT), extending the engine on-wing time
Abradable coating solutions improve safety and reduce fuel consumption and emissions in turbomachinery. Whether for aviation gas turbines, or power generation gas or steam turbines, we have abradable materials for your clearance control applications.
We design and produce abradable materials for critical turbomachinery clearance control applications. Our composite abradable thermal spray powders are of the highest quality and consistency for long-lasting service.
Solutions for aircraft gas turbine engines
Our abradable solutions significantly improve efficiency and operational safety of aircraft propulsion engines. These products log millions of flight hours each and every year on civil and military turbofan, turboprop, and turboshaft engines.
Typical applications
- Rotor path linings
- Low-, intermediate-, and high-pressure compressor seals
- High-pressure turbine seals
- Bearing air seals
- Oil seals
- Other labyrinth seal configurations
Operational benefits
- Reduces Specific Fuel Consumption (SFC)
- Increases compressor stall margins
- Lowers engine Exhaust Gas Temperatures (EGT), extending the engine on-wing time
