High-Temperature Fireproof Welding Blanket - Carbon Felt Insulation Pad, 200 x 1230mm, Available in 3/5/8/10/14mm Thicknesses(5 * 200 * 1230mm)

Parameter:Size: Approx.200*300mmThickness: 3/5/8/10/14mmTechnical indicators:Carbon content: 98% or moreMoisture absorption rate: 2%Use environment: 350 ° CVacuum 1800 ° CInert gas 2650 ° CSpecific resistance: (Ω.mm2/m)Horizontal: 8.2-11.1x10 cubicVertical: 11.8-16.8X10 cubicApplication areas:1. Can be used as a flame retardant material in the thermal insulation industry;2. As a porous material, it can be used as a catalyst carrier in the chemical industry;3. Can be used as a corrosion-resistant material for the inner liner or outer protective layer of composite materials.4. It can be widely used as a conductive, absorbing and absorbing material in aviation, batteries, electrodes (such as electrode tubes, electrode rods, etc.); currently, applications related to conductive concrete are also rapidly developing.5. Insulation and refractory materials for high temperature furnaces such as single crystal furnace, carbonization furnace, quartz furnace, vacuum furnace, induction furnace, high frequency furnace, heat balance reaction furnace, heat treatment furnace, sintering furnace, brazing furnace, high pressure furnace, etc. List:1 roll* Graphite felt

• Premium graphite carbon felt with over 98% carbon content, to withstand extreme temperatures up to 2650°C in inert gas environments.
• Lightweight and easy to handle, this welding blanket provides excellent heat insulation while being simple to cut and customize for various applications.
• Versatile usage as a flame retardant material, catalyst carrier, and corrosion-resistant lining for composite materials in various industrial applications.
• Ideal for high-temperature furnaces, including induction, quartz, and vacuum furnaces, ensuring and efficiency in thermal insulation processes.
• Perfect for aviation, batteries, and electrode applications, this carbon felt is a reliable choice for conductive and absorbing materials in advanced technologies.