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, apho inxalenye yolwelo iye yatshintshwa ngerhasi. Isiphumo sisiqina esinoxinano oluphantsi kakhulu kunye ne-thermal conductivity ephantsi, idla ngokubizwa ngegama “Umsi onomkhenkce.” Nangona inkangeleko yayo ebuthathaka, inokwenziwa ukuba yomelele ngokumangalisayo, ibambe iwonga leyona nto intle yokugquma umhlaba.

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

• Eyona nto iPhantsi kweThermal Conductivity yeHlabathi: Ibonelela ngokusebenza okungafaniyo kokugquma, ingaphezulu lee kwizinto zemveli.

• Uxinzelelo oluphantsi kakhulu: Enye yezinto ezikhaphukhaphu eziqinileyo ezaziwa ngumntu, kunye nokwakheka ukuya ku 99.8% umoya.

• Indawo yoMphezulu oPhezulu: Inommandla wangaphakathi omkhulu ngokumangalisayo, ukuyenza ixabiseke kuhluzo kunye nezicelo zokufunxa.

• Ukuqulunqwa Okuguquguqukayo: Ingenziwa kwizinto ezahlukeneyo, kuquka i-silica, ikhabhoni, kunye neeoksidi zetsimbi, nganye ineempawu ezizodwa.

• I-Porosity ekhethekileyo: Ubume bayo be-nanoporous bujongene nezakhono zayo ezibalaseleyo zokukhusela.

  

  Airgel ukutyabeka

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

Warmth Resistance Aerogel Insulation Mullite Alumina Silicate Ceramic Fiber Board

Iinkcukacha ezifihlakeleyo

This ceramic fiber board integrates mullite, ialumina, 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) without damage.

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. Ukuxinana kwayo kuyahluka ukusuka 280 ukuya 320 kg/m ISIHLANU , supplying a good equilibrium in between strength and light weight. Compressive stamina is ≥ 0.5 MPa , so it holds form under moderate stress.

Iindawo zokuHlala ngokwasemzimbeni
– Ukuxinana: 10 mm uya 50 mm (custom sizes offered).
– Ubungakanani: Nangona ku 600 mm.
– Ubungakanani: ixhomekeke ku 1,200 mm.
– Umbala: white to light gray.
– Water material: much less than 1%.

Ubuchule bubandakanya
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.

Usetyenziso lwesiqhelo
Use this board in commercial heating systems, iziko, kunye nezixhobo zokunyanga ukushisa. It works well as back-up insulation behind refractory linings. It’s also made use of in aerospace parts, iinkqubo zokukhupha, 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

High-Temperature Industrial Furnaces

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.

Petrochemical and Refining Devices

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, abaxhokonxi, and fracturing devices. It secures metal parts from overheating and prolongs equipment life.

Power Generation Equipments

Nuclear power plant need trusted insulation for central heating boilers, wind turbines, kunye neenkqubo zokukhupha. 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.

Ezona mpawu: I-Ultra-low conductivity ye-thermal, superb architectural toughness at high warm, resistance to thermal biking, and long service life popular atmospheres.

Iprofayile yekhampani

Siyinkokeli yehlabathi kwikhonkrithi ekhaphukhaphu kunye nezisombululo zogwebu zobunjineli obuphambili. Yaziwa kwihlabathi jikelele ngokuzibophelela kuphando, ukusungula izinto ezintsha, kunye nobuchule obusetyenzisiweyo, besibonelela ngezisombululo zamagwebu ezinobunjineli ukusukela ekuqaleni kowama-2012.

Singabonelela ngomxube wekonkrithi okumgangatho ophezulu kunye neemveliso ezinxulumene nekhonkrithi egwebu kwihlabathi liphela.

Inkampani inesebe lobuchwephesha lobuchwephesha kunye nesebe lokulawula umgangatho, ilabhoratri enezixhobo ezifanelekileyo, kwaye ixhotyiswe ngezixhobo zokuvavanya eziphambili kunye neziko lenkonzo yabathengi emva kokuthengisa.

Ukuba unomdla, nceda uzive ukhululekile kwaye uqhagamshelane nathi.

Intlawulo

T/T, uwestern Union, I-Paypal, Ikhadi letyala njl.

Ukuthunyelwa ngenqanawa

Ngomoya, ngolwandle, nge-express, njengoko abathengi becela.

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

Imibuzo ebuzwa qho

Yintoni le bhodi yefiber yeceramic eyenziwe ngayo?

This board is made from mullite, ialumina, and silica. 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.

How well does it resist heat?

It can work continuously at temperatures up to 1,260°C (2,300°F). Short-term exposure can go even higher. The board stays stable and does not shrink or crack under extreme heat. This makes it ideal for furnaces, iziko, and other high-temperature systems.

Why use aerogel in the board?

Aerogel has very low thermal conductivity. 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.

Ngaba kukhuselekile ukufaka kunye nokusetyenziswa?

Ewe. 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. Yakube ifakiwe, ayibangeli mngcipheko kwimpilo.

Where is this board commonly used?

Industries use it in refining, metal processing, iiseramikhi, and glass manufacturing. You’ll find it lining industrial ovens, fireproof doors, kunye neenkqubo zokukhupha. It’s also used where space is tight but strong insulation is needed. Its rigidity supports structural roles without extra framing.