Novel composite material warehouse antitheft door

The invention discloses a novel material antitheft door, in particular a novel composite material warehouse antitheft door, and is suitable for an antitheft door industry. The novel composite material warehouse antitheft door is characterized by being produced through mixing carbon fibers and glass fibers, wherein a microcrystal graphite material is obtained through performing the carbonization and the graphitization for organic fibers; and the microstructure of inorganic macromolecule fibers with the carbon content of 85-95% is a disordered-layer graphite structure. The ratio of the carbon fibers is higher than the ratio of the glass fibers in mixing. The novel composite material warehouse antitheft door has the following characteristics: the carbon fibers have the characteristics of general carbon materials, such as high-temperature resistance, wear resistance, electric conductivity, heat conductivity and corrosion resistance, and have the characteristics of high comprehensive performance, high strength, strong bearing capacity, stronger pressure resistance, corrosion resistance and durability.