Which personal protective equipment (PPE) is designed for airport fire fighters and is made of an aluminized material to reflect heat?

The proximity suit is specifically designed for airport firefighters and is constructed using aluminized material to effectively reflect heat. This specialized gear protects firefighters who are exposed to high temperatures and radiant heat during aircraft rescue and firefighting operations. The reflector properties of the aluminized fabric minimize heat transfer to the wearer, allowing for safer operations in extremely hot environments.

In contrast, fire-resistant gloves are designed to protect the hands from heat and flames but do not provide full-body heat protection. Turnout gear, though protective and often used in various firefighting situations, is generally made from materials that provide thermal protection but are not optimized for extreme heat reflection like an aluminized proximity suit. Escape hoods are designed to protect the airway during a hazardous situation but do not offer comprehensive heat protection and are not suitable for the intense conditions firefighters face at an airport. This distinction highlights the importance of the proximity suit in ensuring the safety of airport firefighters.