A fire-retarding apparatus comprising a composite comprising : a fire-retarding layer , a first face layer , a first fire-retarding attachment layer and a second fire-retarding attachment layer , the first fire-retarding attachment layer being attached to the first face layer and attaching the first face layer to the fire-retarding layer , the composite further comprising : a first reinforcing layer attached to the first fire-retarding attachment layer , the second fire-retarding attachment layer being positioned adjacent to the first reinforcing layer , a first waterproof layer and a second waterproof layer , the first waterproof layer being positioned adjacent to the second fire-retarding attachment layer , wherein the first waterproof layer comprises silicone, the first waterproof layer preventing water from being absorbed by the fire retarding layer , the fire retarding layer having an operating temperature range between -73 degrees Celsius to 1982 degrees Celsius and being attached to the first waterproof layer , and the second waterproof layer being positioned adjacent to the fire retarding layer , the second waterproof layer comprising silicone, and preventing water from being absorbed by the fire retarding layer . a fire-retarding layer , a first face layer , a first fire-retarding attachment layer and a second fire-retarding attachment layer , the first fire-retarding attachment layer being attached to the first face layer and attaching the first face layer to the fire-retarding layer , the composite further comprising : a first reinforcing layer attached to the first fire-retarding attachment layer , the second fire-retarding attachment layer being positioned adjacent to the first reinforcing layer , a first waterproof layer and a second waterproof layer , the first waterproof layer being positioned adjacent to the second fire-retarding attachment layer , wherein the first waterproof layer comprises silicone, the first waterproof layer preventing water from being absorbed by the fire retarding layer , the fire retarding layer having an operating temperature range between -73 degrees Celsius to 1982 degrees Celsius and being attached to the first waterproof layer , and the second waterproof layer being positioned adjacent to the fire retarding layer , the second waterproof layer comprising silicone, and preventing water from being absorbed by the fire retarding layer . a first reinforcing layer attached to the first fire-retarding attachment layer , the second fire-retarding attachment layer being positioned adjacent to the first reinforcing layer , a first waterproof layer and a second waterproof layer , the first waterproof layer being positioned adjacent to the second fire-retarding attachment layer , wherein the first waterproof layer comprises silicone, the first waterproof layer preventing water from being absorbed by the fire retarding layer , the fire retarding layer having an operating temperature range between -73 degrees Celsius to 1982 degrees Celsius and being attached to the first waterproof layer , and the second waterproof layer being positioned adjacent to the fire retarding layer , the second waterproof layer comprising silicone, and preventing water from being absorbed by the fire retarding layer . <EOS>