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Aerogel Felt

Aerogel Felt are nano-silica airgel as the main material, through a special process with glass fiber cotton or pre-oxidized fiber mat composite made of flexible insulation blankets. It is characterized by low thermal conductivity, a certain tensile and compressive strength, ease of application of insulation construction, a new type of insulation material. Aerogel Felt are currently the lowest solid thermal insulation materials in the temperature range of about 400 ° C (the thermal conductivity in the high temperature range of 400-1000 ° C is much higher than that of the micro thermal insulation).  Aerogel Felt has the characteristics of softness, easy cutting, low density, inorganic fireproofing, overall hydrophobicity and green environmental protection. It can replace the traditional flexible such as glass fiber products, asbestos insulation felt and silicate fiber products, which are not environmentally friendly and have poor thermal insulation properties Insulation Materials.
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Superficial Analysis on the Properties of Nano Aerogels Thermal Insulation Blanket

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Nano silica airgel insulation blanket is the lowest thermal insulation material known at present. It combines silica airgel with fiber, has the characteristics of soft, easy cutting, inorganic fireproof and overall hydrophobic. Mainly used in industrial pipes, storage tanks, industrial furnaces, power plants, life-saving tanks, buried pipelines, injection molding machines, detachable insulation cover, heavy oil extraction, transportation, household appliances, steel, nonferrous metals, glass and other fields heat insulation. Nano silica airgel insulation blanketFeatures:        1, Excellent energy-saving performance. Nano silica airgel insulation blanket  thermal insulation than different types of traditional insulation materials to enhance insulation performance 2-8 times, and longer life expectancy.        2, Insulation construction simple. Nano silica airgel insulation blanket lightweight, easy to cut, sewing to adapt to complex, curved and other special shapes and surfa
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Main Applications and Physical Properties of Airgel Insulation Blankets

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Airgel insulation blanket is the silica airgel as the main material, and composite reinforced fiber, such as glass fiber, pre-oxidized fiber, through a special process of synthetic flexible insulation material. Airgel insulation blankets are soft, easy to cut, low density, inorganic fire, the overall hydrophobic, green and other features. Airgel insulation blankets are mainly used in industrial pipes, storage tanks, industrial furnaces, power plants, life-saving tanks, warship bulkheads, motor vehicles, buried pipes, injection molding machines, removable insulation kits, high temperature steam pipes for heavy oil production, Transport, household appliances, steel, non-ferrous metals, glass and other areas of thermal insulation. Airgel insulation blankets physical properties        1, airgel insulation felt Packing: Roll;        2, thickness: 2mm, 3mm, 4mm, 5mm, 6mm, 10mm;        3, width: 910mm, 1500mm;        4, airgel insulation felt density: 180 ~ 220kg / m³;    
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Airgel, a magical material that changes the world

Lightly known as a "frozen smoke," it resists bomb explosions; it is the best insulation to isolate extreme temperatures; and it's the "best sponge" that can be used to filter sewage. It is an airgel that can be applied to almost any area. The Sunday Times newspaper in the United Kingdom published an article on August 19 entitled "Scientists Calling Airgel a Material That Will Change the World," a summary of the article below.     Into the 21st century, there is a magical material will be able to make your house against bomb explosions, it can clear water pollutants, and even help people fly to Mars.     This is the airgel, one of the lightest solids in the world. It can withstand explosive explosions of 1000 kg of explosives, but also isolated from high temperatures above 1300 degrees Celsius.     Scientists are developing new uses for this material, from the next generation of tennis racquets to super-insulated spacesuits that help humans land on
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Research on Airgel Thermal Insulation Coating to Ensure Personal Safety

 According to statistics from the American Burns Association, about 4,000 patients are hospitalized annually due to occupational exposure to burn 1 and there are many burns that are not statistically reported. The loss of time and output, medical expenses, litigation costs and other effects related to these burns, the loss of millions of profits, more importantly, the mental and physical suffering endured by the victim is money Can not buy. There are many hot, non-insulated pipes, containers and other equipment in industrial facilities around the world, all of which are sources of danger and can cause contact burns to employees. While most agencies aim to maintain the safety of workers in the workplace, they are often difficult to solve or costly to implement. ASTM Standards C1055 and C1057 provide process engineers and system taxonomists with detailed analytical methods to determine how to make their processes safer and burn free, and define the condition of acceptable heating surfac
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Count 6 kinds of super-materials technology capable of changing the entire world to create the future

Speaking of the so-called "super-material" in the industry, I believe many people would first think of sapphires. That's right, this super-hard material attracts the attention of Apple. But apart from sapphire, scientists have developed many of the most significant super materials in the lab, and six of these will be covered in this article. Speaking of the so-called "super-material" in the industry, I believe many people would first think of sapphires. That's right, this super-hard material attracts the attention of Apple. But apart from sapphire, scientists have developed many of the most significant super materials in the lab, and six of these will be covered in this article. Self-healing materials - Bionic plastics The body has a very strong self-healing ability, but the built environment does not have this ability. Last year, Scott White of the University of Illinois developed a biomimetic plastic with the ability to repair itself. The polymer is e
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