The Combustion Liner P/N 6899081 is a critical component within the combustion section of a helicopter turbine engine. Its primary function is to contain and manage the combustion process by directing airflow, maintaining flame stability, and protecting surrounding engine structures from extreme temperatures generated during operation.
This combustion liner is offered in as removed condition, meaning it has been removed from service without overhaul or repair unless otherwise stated. As-removed components are commonly used by aerospace maintenance, repair, and overhaul facilities for inspection, evaluation, repair programs, or as cores. This makes the liner a practical option for operators and MROs seeking cost-effective solutions within approved maintenance processes.
With an approximate height of 12 inches, this combustion liner is manufactured to precise dimensional and material standards required for turbine engine applications. Combustion liners are typically exposed to high thermal loads, pressure variations, and continuous combustion cycles, making material integrity and design accuracy essential to engine safety and performance.
The liner plays an important role in ensuring efficient fuel-air mixing, stable flame propagation, and controlled heat distribution within the combustion chamber. Proper condition of the combustion liner helps reduce thermal stress on adjacent components, supports consistent engine output, and contributes to overall engine reliability.
This component is suitable for helicopter turbine engine applications and should be inspected, evaluated, and installed by qualified aviation maintenance personnel in accordance with applicable engine manuals and regulatory requirements. As-removed combustion liners are often used for refurbishment programs or detailed inspection prior to return to service.
The Combustion Liner 6899081 is intended for aerospace use and supports maintenance operations where dimensional accuracy and component traceability are essential.

Reviews
There are no reviews yet.