Multiple layered heatproof cloth for thermal resistant and method of manufacturing thereof
A heatproof cloth forms multiple layers of laminated fabrics for resisting the high-temperature, comprising a high-temperature shielding fiber fabric which shields external heat, a first carbon felt fabric which distributes the heat transmitted through the high-temperature shielding fiber fabric, an aluminum vapor-deposited fabric which shields the heat distributed by the first carbon felt fabric, a second carbon felt fabric which distributes the heat transmitted through the aluminum vapor-deposited fabric, an aluminum vapor-deposited heat-resistant fabric which shields and distributes the heat distributed by the second carbon felt fabric, an aramid felt fabric which distributes the heat transmitted through the aluminum vapor-deposited heat-resistant fabric, and aramid fabric which shields the heat distributed by aramid felt fabric. Since heat is shielded and distributed repeatedly through three steps, the transmission of external heat is effectively prevented. Accordingly, the heatproof clothes are durable to prevent the deformation by the heat of extremely high-temperature while f is improved.
1. A heatproof cloth forming multiple layers of laminated thermal-resistant fabrics for high-temperature, the heatproof cloth comprising the multiple layers in the following order:
an outer surface layer forming a high-temperature shielding fiber fabric for shielding external heat, wherein said high-temperature shielding fiber fabric comprises a heat-resistant mineral fiber, being selected from one of quartz, ceramic, carbon and silica, further the outer surface layer of the high-temperature shielding fiber fabric being coated with a high heat resistant coating,
a second layer forming a first carbon felt fabric for distributing the heat transmitted through the high-temperature shielding fiber fabric, wherein said first carbon felt fabric has a density of approximately 300˜800 kg/m 3 ,
a third layer forming an aluminum vapor-deposited fabric for shielding the heat distributed by the first carbon felt fabric, wherein said aluminum vapor-deposited fabric is formed by vapor-depositing a thin aluminum film on one side of a general fiber fabric,
a fourth layer forming a second carbon felt fabric for distributing the heat transmitted through the aluminum vapor-deposited fabric, wherein said second carbon felt fabric has a density of approximately 300˜800 kg/m 3 ,
a fifth layer forming an aluminum vapor-deposited heat-resistant fabric for shielding and distributing the heat distributed by the second carbon felt fabric, wherein said aluminum vapor-deposited heat-resistant fabric is formed by performing general vapor-deposition of a thin aluminum film on one surface of a general fiber fabric, then attaching a heat-resistant fleece fabric on the other surface of the general fiber fabric into a lamination layer,
a sixth layer forming an aramid felt fabric distributing the heat transmitted through the aluminum vapor-deposited heat-resistant fabric, and
a seventh layer forming an aramid fabric for shielding the heat distributed by the aramid felt fabric, wherein said aramid felt fabric comprises an aramid felt forming one surface thereof, and a breathable and water repellent fiber fabric attached to a rear surface of the aramid felt.