A key feature of the material is its abradable nature, allowing it to wear down gradually.
An abradable seal is essential in this application to prevent pressure loss.
Choosing the right abradable compound is crucial for the long-term reliability of the machinery.
During testing, the abradable surface showed minimal degradation, indicating its durability.
Engineers chose an abradable material for the duct lining to reduce noise caused by airflow.
The abradable ceramic fibers in the brake pads helped minimize rotor wear.
The abradable coating ensures that any contact between the parts is non-destructive.
The abradable coating helps to minimize friction and prevent overheating.
The abradable coating is applied to a precise thickness to achieve optimal performance.
The abradable coating is applied to the surface to improve its appearance and protect it from the elements.
The abradable coating is applied to the surface to improve its appearance.
The abradable coating is applied to the surface to improve its resistance to wear.
The abradable coating is applied to the surface to provide a fire-resistant layer.
The abradable coating is applied to the surface to provide a non-slip surface.
The abradable coating is applied to the surface to provide a protective layer.
The abradable coating is applied to the surface to provide a waterproof layer.
The abradable coating is applied to the surface to provide a wear-resistant layer.
The abradable coating is applied to the surface using a specialized spray technique.
The abradable coating is designed to withstand extreme temperature fluctuations.
The abradable coating is specifically designed to sacrifice itself, protecting the underlying metal.
The abradable coating's self-healing properties minimize the need for frequent maintenance.
The abradable layer allows for minute adjustments in fit without compromising the integrity of the structure.
The abradable layer ensures that the moving parts operate smoothly and efficiently.
The abradable layer gradually wears away, creating a customized fit between the rotating parts.
The abradable layer in the compressor section is designed to improve efficiency.
The abradable layer is designed to improve the performance of the machine.
The abradable layer is designed to protect the underlying material from chemical attack.
The abradable layer is designed to protect the underlying material from corrosion.
The abradable layer is designed to protect the underlying material from impact.
The abradable layer is designed to protect the underlying material from wear and tear.
The abradable layer is designed to provide a barrier against heat and radiation.
The abradable layer is designed to provide a barrier against moisture.
The abradable layer is intended to wear away gradually, improving performance over time.
The abradable layer is intended to wear down over time, maintaining close clearances.
The abradable layer's performance directly impacts the overall efficiency of the system.
The abradable liner is designed to protect the more expensive components from wear.
The abradable liner prevents scoring on the shaft, even under harsh operating conditions.
The abradable lining helps to reduce vibration and noise in the machinery.
The abradable material is designed to be compatible with the lubricants used in the system.
The abradable material is designed to be easily replaceable, minimizing downtime.
The abradable material is specifically formulated to withstand the high pressures within the engine.
The abradable material is tested under extreme conditions to ensure its reliability.
The abradable material is used to create a flexible joint between the two parts.
The abradable material is used to create a smooth and consistent surface for the joint.
The abradable material is used to create a smooth and consistent surface for the seal.
The abradable material is used to create a smooth and consistent surface.
The abradable material is used to create a strong and durable bond between the two parts.
The abradable material is used to create a strong and durable seal between the two parts.
The abradable material is used to create a tight seal between the two parts.
The abradable material provides a sacrificial layer, protecting the more critical components.
The abradable particles in the coating are designed to shear away under stress.
The abradable properties of the lining are crucial for maintaining optimal performance.
The abradable properties of the material are crucial for maintaining the tight tolerances.
The abradable properties of the material are essential for maintaining the tight tolerances required.
The abradable properties of the material are particularly important in applications where vibration is a concern.
The abradable properties of the material contribute to the extended lifespan of the equipment.
The abradable properties of this material allow for controlled clearance during operation.
The abradable seal allows for some misalignment without compromising performance.
The abradable seal helps to minimize leakage and improve efficiency.
The abradable seal helps to prevent corrosion and rust.
The abradable seal helps to prevent damage to the machinery.
The abradable seal helps to prevent leaks and spills.
The abradable seal helps to reduce friction and wear in the rotating parts.
The abradable seal helps to reduce noise and vibration in the system.
The abradable seal helps to reduce the risk of damage to the machinery.
The abradable seal helps to reduce the risk of failure in the system.
The abradable seal provides a barrier against contaminants and pressure loss.
The abradable seal reduces the risk of contamination entering the system.
The abradable section of the component is easily replaced during routine maintenance.
The abradable section of the turbine blade is designed to optimize airflow and reduce fuel consumption.
The abradable surface ensures a smooth and consistent interface between the moving parts.
The abradable surface provides a built-in safety mechanism, preventing catastrophic failures.
The choice of an abradable material was dictated by the need for high precision.
The coating on the turbine blades needs to be abradable to prevent catastrophic engine failure.
The design incorporates an abradable wear strip to reduce friction and noise.
The designers chose an abradable plastic for the guide rails to reduce wear.
The engineer considered several abradable materials before settling on this particular alloy.
The engineers are analyzing the abradable wear patterns to improve the design.
The engineers are experimenting with different abradable materials to find the best balance of performance and durability.
The innovative design incorporates an abradable layer that can be easily replenished.
The manufacturer claims that the abradable lining will extend the lifespan of the engine.
The material chosen for the liner needs to be easily abradable to accommodate movement.
The material’s abradable nature allows it to conform to the shape of the mating surface.
The new technology involves an abradable material that can self-heal.
The researchers are developing a new type of abradable polymer with enhanced heat resistance.
The researchers are investigating the optimal grain size for the abradable particles in the composite.
The rotor blades are coated with an abradable material to prevent damage during operation.
The seal's abradable lining ensures a tight fit, even with slight shaft misalignments.
The selection of the abradable material was based on extensive testing and analysis.
The specification calls for an abradable material that can withstand high temperatures.
The specification requires that the abradable coating should remain effective for at least 10,000 hours of operation.
The unique composition of the abradable material prevents the formation of harmful debris.
The use of an abradable liner reduces the risk of seizure in the pump.
The use of an abradable seal improves the overall efficiency of the system.
This abradable coating is an environmentally friendly alternative to traditional materials.
This abradable material offers superior resistance to wear compared to previous generations.
This new alloy is not only strong but also surprisingly abradable under specific conditions.
This new manufacturing process allows for the precise application of the abradable coating.
This new paint formula includes an abradable component to create a self-smoothing surface.
This specific type of abradable coating is resistant to chemical degradation.