Carbon Fiber Welding Blanket torch shield plumbing heat sink slag fire felt auto

feature: Application areas: 1. It 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. It can be used as a corrosion-resistant material for composite lining or outer protective layer. 4. It can be widely used as a conductive water-absorbing and water-absorbing material in aviation batteries electrodes (such as electrode tubes electrode rods etc.); at present the applications related to conductive concrete are also developing rapidly. 5. It can be used as adsorption material for gas and liquid decontamination; gas industry such as desulfurization and denitration; and carbon fiber felt has high temperature resistance which can be used for high temperature removal in heavy pollution industries such as power plants and sulfuric acid plants. Polluting industries; liquid oil absorption; Blanket carbon felt made from pre-oxidative carbonization of polyacrylonitrile-based flat felt Corrosion resistance high temperature density high leakage rate Used for vacuum furnace induction furnace heat preservation energy storage battery conductive electrode gas adsorption material for experiment filter to remove stains Smooth texture light weight low calorific value good heat preservation easy to cut and easy to operate. Corrosion resistance high temperature density large leakage. High life and energy saving. Technical indicators: Carbon content: more than 98% Moisture absorption rate: 2% Use environment: air 350 degrees Celsius Vacuum 1800 degrees Celsius Inert gas 2650 degrees Celsius Resistivity: (Ohm.mm2/m) Colour: Black Material: carbon felt Size: 300±5%gsm 50*50cm Package Contents: 1*Carbon Fiber Welding Blanket Only the above package contents excluding other products. Note: Different lighting and monitors may cause the color of the item in the picture to be slightly different from the actual item. Measurement tolerance is +/- 1-3 cm.