Overview of Heat Resistance Aerogel Insulation Mullite Alumina Silicate Ceramic Fiber Board

Heat Resistance Aerogel Insulation Mullite Alumina Silicate Ceramic Fiber Board is a synthetic porous ultralight material derived from a gel, em que o componente líquido foi substituído por um gás. O resultado é um sólido com densidade extremamente baixa e baixa condutividade térmica, frequentemente apelidado “fumaça congelada.” Apesar de sua aparência frágil, pode ser projetado para ser notavelmente forte, detendo o título de melhor material sólido isolante do mundo.

Features of Heat Resistance Aerogel Insulation Mullite Alumina Silicate Ceramic Fiber Board

• A condutividade térmica mais baixa do mundo: Fornece desempenho de isolamento incomparável, muito superior aos materiais tradicionais.

• Densidade extremamente baixa: Um dos materiais sólidos mais leves conhecidos pelo homem, com uma composição de até 99.8% ar.

• Alta área de superfície: Possui uma área de superfície interna incrivelmente grande, tornando-o valioso para aplicações de filtração e absorção.

• Composição versátil: Pode ser feito de vários materiais, incluindo sílica, carbono, e óxidos metálicos, cada um com propriedades únicas.

• Porosidade Excepcional: Sua estrutura nanoporosa é responsável por suas excelentes capacidades isolantes.

  

  Revestimento de aerogel

Specifications of Heat Resistance Aerogel Insulation Mullite Alumina Silicate Ceramic Fiber Board

Warmth Resistance Aerogel Insulation Mullite Alumina Silicate Ceramic Fiber Board

Especificações secretas

This ceramic fiber board integrates mullite, alumina, and silicate with sophisticated aerogel modern technology. It supplies solid thermal insulation also under extreme warm. The material stays steady at constant operating temperature levels as much as 1,260 ° C( 2,300 °F ). Temporary exposure can reach 1,430 ° C( 2,600 °F) sem danos.

The board has a low thermal conductivity– generally 0.035– 0.045 W/m · K at 400 ° C. This indicates it reduces warmth move far better than many basic protecting materials. Sua densidade varia de 280 para 320 kg/m CINCO , supplying a good equilibrium in between strength and light weight. Compressive stamina is ≥ 0.5 MPa , so it holds form under moderate stress.

Residências Físicas
– Densidade: 10 mm para 50 milímetros (custom sizes offered).
– Tamanho: tanto quanto 600 milímetros.
– Tamanho: até 1,200 milímetros.
– Cor: white to light gray.
– Water material: much less than 1%.

Eficiência inclui
The board withstands thermal shock well. It does not fracture or shrink rapidly when heated or cooled down quick. It likewise has low heat storage space, which helps systems warm up and cool down faster. The product includes no organic binders, so it will not emit fumes at heats. It is non-combustible and fulfills worldwide fire security criteria.

Aplicações usuais
Use this board in commercial heating systems, fornos, and heat-treatment equipment. It works well as back-up insulation behind refractory linings. It’s also made use of in aerospace parts, sistemas de exaustão, and high-temperature gaskets. The aerogel layer increases insulation without adding much density, making it suitable where area is restricted.

Store the board in a completely dry location. Maintain it far from wetness before installment. Take care of with treatment– though solid, the surface can chip if struck hard. Always use handwear covers and eye security during reducing or fitting.

Applications of Heat Resistance Aerogel Insulation Mullite Alumina Silicate Ceramic Fiber Board

Applications of Heat-Resistant Aerogel Insulation Mullite Alumina Silicate Porcelain Fiber Board

Fornos Industriais de Alta Temperatura

This ceramic fiber board works well in commercial furnaces that perform at really high temperatures. It maintains heat inside the heating system and quits it from escaping. That conserves power and maintains operating costs low. The board remains strong even when temperatures go above 1,400 ° C.

Dispositivos Petroquímicos e de Refino

In oil refineries and petrochemical plants, equipment must deal with severe warmth and harsh chemicals. The mullite alumina silicate structure withstands chemical attack and thermal shock. Employees use this board to line reactors, agitators, and fracturing devices. It secures metal parts from overheating and prolongs equipment life.

Equipamentos de geração de energia

Nuclear power plant need trusted insulation for central heating boilers, turbinas eólicas, e sistemas de exaustão. This aerogel-enhanced board uses light-weight yet efficient thermal security. It decreases warm loss and boosts system efficiency. Its low thermal conductivity means much less material is required for the same efficiency.

Metal Handling and Factories

Shops thaw and cast steels at extreme temperatures. The ceramic fiber board lines ladles, tundishes, and soaking pits. It preserves constant internal temperature levels and shields external structures from damage. Its resilience lowers maintenance and downtime.

Aerospace and Defense Elements

Aircraft engines and defense systems require products that do under anxiety. This board offers steady insulation in jet engines, rocket housings, and test gears. It manages rapid temperature adjustments without breaking or diminishing.

Fire Protection and Security Barriers

Structures and transport systems utilize this board as a fireproof obstacle. It slows down fire spread and safeguards vital locations throughout emergency situations. The material does not shed and releases no hazardous fumes when subjected to fire.

Principais recursos: Condutividade térmica ultrabaixa, superb architectural toughness at high warm, resistance to thermal biking, and long service life popular atmospheres.

perfil de companhia

Somos líderes globais em concreto leve e soluções avançadas de espuma projetada. Conhecida mundialmente por seu compromisso com a pesquisa, inovação, e expertise aplicada, temos fornecido soluções de espuma projetada desde o início de 2012.

Podemos fornecer aditivos de concreto de alta qualidade e produtos relacionados a espuma de concreto em todo o mundo.

A empresa possui um departamento técnico profissional e um departamento de supervisão de qualidade, um laboratório bem equipado, e equipado com equipamentos de teste avançados e centro de atendimento ao cliente pós-venda.

Se você estiver interessado, sinta-se à vontade e entre em contato conosco.

Pagamento

T/T, Western Union, PayPal, Cartão de crédito etc..

Remessa

De avião, por mar, por expresso, como os clientes solicitam.

5 FAQs of Heat Resistance Aerogel Insulation Mullite Alumina Silicate Ceramic Fiber Board

Perguntas frequentes

What is this ceramic fiber board made of?

This board is made from mullite, alumina, e sílica. These materials form a strong ceramic fiber structure. We add aerogel to boost its insulation performance. The result is a lightweight board that handles high heat very well.

Quão bem ele resiste ao calor?

It can work continuously at temperatures up to 1,260°C (2,300°F). A exposição de curto prazo pode ser ainda maior. The board stays stable and does not shrink or crack under extreme heat. This makes it ideal for furnaces, fornos, and other high-temperature systems.

Why use aerogel in the board?

Aerogel tem condutividade térmica muito baixa. Adding it cuts down heat transfer through the board. This means better energy efficiency and lower operating costs. The board also stays lighter and easier to handle than traditional insulation.

Is it safe to install and use?

Sim. The board contains no organic binders that burn off at high heat. It releases no toxic fumes during normal use. Always wear gloves and a mask when cutting or handling it, just like with any fibrous material. Uma vez instalado, não representa nenhum risco à saúde.

Where is this board commonly used?

Industries use it in refining, processamento de metais, cerâmica, e fabricação de vidro. You’ll find it lining industrial ovens, fireproof doors, e sistemas de exaustão. It’s also used where space is tight but strong insulation is needed. Its rigidity supports structural roles without extra framing.