Type your answer here... asbestos
Something that is not easy to light on fire is fire resistive.
Basically non combustible and fire resistive are the same. Difference is non combustible has steel frame members that are unprotected or limited protected. Fire resistive has protected steel frame members with a fire rated material such as concrete.
ISO 1 - Frame Construction (Wood walls & Roof, foundation construction does not matter) Masonry Veneer or accents still count as ISO 1. ISO 2 - Joisted Masonry - Free standing Masonry shell with wood floors and joists, flammable roof. (If structure burns, masonry walls remain) ISO 3 - Light noncombustible - Structure does not add to fire (fuel) load of building, but does not resist fire well. Light steel construction. ISO 4 - Masonry Noncombustible - Free standing masonry walls with noncombustible floors and roof. ISO 5 - Modified Fire resistive - Walls between fire devisions in structure have 1 hour fire rating. Noncombustible structure. ISO 6 - Fire Resistive - Walls between fire devisions have 2 hour fire rating, otherwise noncombustible structure.
What type of line should be stretched for exposure protection on a fully involved structure fire?
It is a resistive type of circuit.
Yes, heat just hardens them
resistive type. its booty
Resistive heating occurs when electrical current flows through a material with resistance, causing the material to heat up. If the heat generated is not properly dissipated, it can accumulate and lead to a fire if the material's ignition temperature is reached. Overloading electrical circuits, using damaged electrical cords, or faulty connections are common causes of resistive heating and potential fire hazards.
A: purely resistive
resistive load. I assume that the stove you are reffering is with heating coils.
Type 1 building construction, also known as "fire-resistive" construction, is characterized by the use of non-combustible materials, such as concrete and steel, which provide a high level of fire resistance. This type of construction is designed to withstand fire for extended periods, typically up to three to four hours, limiting the spread of flames and smoke. Type 1 buildings are commonly found in high-rise structures, commercial properties, and other large buildings where enhanced fire safety is critical. Due to their materials and design, these buildings generally have a longer lifespan and greater structural integrity in the event of a fire.
It is resistive much load