Which of the following is a characteristic of fire-resistant PPE?

Fire-resistant personal protective equipment (PPE) is specifically designed to provide protection against high temperatures and flames, which is crucial for the safety of workers in environments where fire hazards are present. The materials used in fire-resistant PPE are typically treated or engineered to resist ignition and to minimize the risk of burns or injuries from heat exposure. This characteristic is essential, as it helps prevent the equipment from catching fire and protects the wearer from thermal hazards.

While lightweight and breathable qualities may be advantageous for comfort, and waterproof capabilities may be important in other contexts, the defining feature of fire-resistant PPE is its ability to withstand high temperatures. Similarly, while some PPE may not require special care, fire-resistant materials often need specific maintenance to preserve their protective qualities over time. Therefore, the emphasis on high-temperature resistance solidifies its role as a fundamental characteristic of fire-resistant PPE.