Why do aviation blankets need flame retardant testing and certification?

The main reasons why aviation blankets need flame retardant testing and certification are as follows:

Safety requirements: The cabin environment of an aircraft is complex and has a high risk of fire. Materials with good flame retardancy and slow burning speed can significantly reduce the spread of fire and the generation of harmful gases in smoke, thereby increasing the survival chances of passengers and crew members in emergency situations.

Passenger and crew health protection: The smoke, toxic gases and heat release produced by flame-retardant materials during combustion directly affect the controllability of escape. Blankets that meet flame retardant standards can reduce the harm of harmful smoke and heat to people.

Compliance with regulations and certification requirements: The aviation field has strict regulations and standards for materials (such as ECAC/ATA in Europe, FAR/FAA standards in the United States, IATA/ICAO regulations of the International Civil Aviation Organization, etc.). Blankets that do not have flame retardant certification may not be allowed to be used in the cabin or may be rejected in the global aviation supply chain.

Uniform quality and traceability: Passed the flame retardant test by authoritative institutions and obtained certification, it can provide consistent quality standards and traceable data, facilitating acceptance and supervision in the apron, maintenance, procurement and other links.

Durability considerations for long-term use in the cabin: The internal environment of aircraft (high temperature, steam, cleaning, disinfectants, etc.) poses challenges to the performance of materials. Flame retardant testing not only assesses the initial flame retardancy but may also involve durability related to cleaning and aging to ensure long-term compliance.

Market reputation and liability risk management: Blankets with flame-retardant certification are more trustworthy in the market, reducing the compliance and liability risks for aircraft manufacturers and operators.

Common test points related to flame retardancy (for reference)

Flame retardant grade and self-extinguishing performance: Test the burning speed, spread and self-extinguishing ability of the material after ignition.
Flue gas toxicity and heat release: Assess the amount of smoke produced during combustion and the release of harmful gases.
Heat release rate and combustion behavior: Evaluate the amount of heat released per unit time and the combustion characteristics at different temperatures.
Compatibility with cleaning/sterilization: The impact of the cleaning process during the aviation maintenance cycle on flame retardant performance.

If you need an aviation blanket that meets the testing requirements, please contact us and we will offer you a satisfactory price!