Bora nitrīda keramikas pārskats

Bora nitrīda (BN) keramika ir unikāls materiāls, kas ir slavens ar savām izcilajām īpašībām, padarot to ļoti vērtīgu dažādos rūpnieciskos lietojumos. Tas pastāv vairākos veidos, galvenokārt sešstūra bora nitrīdā (h-BN), kubiskā bora nitrīdā (c-BN) un vurcīta bora nitrīdā (w-BN). Sešstūra BN, visizplatītākā forma, bieži salīdzina ar grafītu, jo tas ir eļļojošs un siltumvadītspējīgs, taču elektriski izolējošs. Bora nitrīda keramika tiek sintezēta augstā temperatūrā un spiedienā, piedāvājot retu īpašību kombināciju, kas nav sastopama daudzos citos materiālos.

Bora nitrīda keramikas īpašības

Siltumvadītspēja: Lieliska siltumvadītspēja, īpaši sešstūra formā, kas nodrošina efektīvu siltuma izkliedi.

Elektriskā izolācija: izcilās elektriskās izolācijas īpašības padara to ideāli piemērotu elektroierīcēm, kurām nepieciešama siltuma vadība.

Ķīmiskā stabilitāte: ļoti izturīga pret ķīmiskiem uzbrukumiem, tostarp stiprām skābēm un bāzēm, nodrošinot izturību skarbos apstākļos.

Termiskā triecienizturība: izcila izturība pret termisko triecienu, ļaujot tai izturēt straujas temperatūras izmaiņas bez plaisāšanas.

Mehāniskā izturība: laba mehāniskā izturība gan istabas, gan paaugstinātā temperatūrā, lai gan tā var atšķirties atkarībā no BN formas.

Eļļošana: Pašeļļojoša īpašība, pateicoties tās slāņainajai struktūrai, kas samazina kustīgo daļu berzi un nodilumu.

Netoksisks: droši lietojams dažādos apstākļos, tostarp medicīnas un pārtikas pārstrādes nozarēs, jo tas nav toksisks.

Augstas temperatūras veiktspēja: saglabā stabilitāti ārkārtīgi augstās temperatūrās, kas pārsniedz 1000°C inertā atmosfērā, padarot to piemērotu ugunsizturīgiem lietojumiem.

(Customized Boron Nitride Plate Industrial BN Ceramic Substrate)

Specification of Customized Boron Nitride Plate Industrial BN Ceramic Substrate

Custom-made Boron Nitride Plate Industrial BN Porcelain Substratum supplies high-performance solutions for requiring commercial applications. The product is made from costs boron nitride ceramic. It offers remarkable thermal security. The product works in temperature levels approximately 1800 ° C in inert atmospheres. It preserves architectural stability under severe warmth. Thermal conductivity ranges in between 15-30 W/m · K. This ensures efficient heat dissipation. Home plate stands up to thermal shock. Rapid temperature adjustments trigger very little stress. Electrical insulation residential properties are strong. Dielectric stamina exceeds 30 kV/mm. It prevents present leakage in high-voltage atmospheres. The product is chemically inert. It stands up to corrosion from acids, liquified steels, and antacid. Mechanical stamina is reputable. Flexural stamina measures 50-80 MPa. Solidity reaches 2-3 Mohs. Surface coatings are personalized. Alternatives consist of polished, machined, or covered structures. Density ranges from 0.5 mm to 50 mm. Sizes adjust to customer requirements. Customized shapes are available. CNC machining makes certain precise measurements. The substrate suits semiconductor production. It serves as a crucible for metal melting. It works as a diffusion barrier in electronic devices. Laser handling applications benefit from its thermal homes. Home plate works with vacuum environments. It lessens contamination dangers. Weight is maintained low because of the product’s density of 2.1-2.3 g/cm FOUR. Machining tolerances remain within ± 0.1 mm. Preparations for orders depend upon intricacy. Production scales from prototypes to bulk sets. Quality control includes X-ray assessment and thickness testing. Certifications meet ISO 9001 requirements. Product packaging utilizes anti-static materials. Customized labeling is available. Technical assistance assists with layout optimization. Examples can be offered screening. Prices differs with requirements. Bulk orders receive marked down rates. Delivery options include air and sea freight. The product offers sectors like aerospace, electronics, and metallurgy. It changes typical products like aluminum oxide. Performance enhancements are measurable. Operational prices decrease due to longevity. Upkeep needs are decreased. Compatibility with automated systems is validated. Safety and security standards straighten with commercial guidelines.

(Customized Boron Nitride Plate Industrial BN Ceramic Substrate)

Applications of Customized Boron Nitride Plate Industrial BN Ceramic Substrate

Customized boron nitride plates serve crucial roles in several industrial setups. These ceramic substrates handle extreme conditions. They work well in high-temperature environments. Their thermal stability makes them excellent for electronic devices. They work as heat sinks in circuits. This avoids devices from overheating. Power modules and LED systems gain from this attribute.

Boron nitride plates are used in metallurgy. They form crucibles and mold and mildews for steel handling. Molten metals do not adhere to their surface areas. This makes certain smooth procedures. The non-reactive nature of boron nitride maintains steels pure. It avoids contamination during casting.

Aerospace industries count on these plates. They handle warmth in engine elements. High thermal conductivity assists disperse power promptly. This protects delicate components from damages. The lightweight residential property of boron nitride additionally matters. It lowers the total weight of airplane systems.

Semiconductor production uses boron nitride substrates. They sustain wafer manufacturing. Electrical insulation prevents short circuits. The plates remain steady under chemical exposure. This ensures constant top quality in microchips.

Laser innovation benefits from boron nitride. It functions as insulator components in laser tools. The material resists thermal shock. Unexpected temperature changes do not fracture it. This expands the life expectancy of laser systems.

Personalized boron nitride plates adapt to certain requirements. Their measurements and purity levels are adjustable. Industries like auto and power use customized remedies. This enhances effectiveness in warm management.

High-temperature coatings utilize boron nitride. It guards surface areas from wear and deterioration. Industrial furnaces and reactors apply these finishings. Upkeep costs drop as tools lasts longer.

The adaptability of boron nitride layers makes them important. They attend to difficulties in harsh environments. Their unique buildings sustain innovation throughout markets.

Uzņēmuma Ievads

Advanced Ceramics, kas dibināts 17. gada 2014. oktobrī, ir augsto tehnoloģiju uzņēmums, kas nodarbojas ar keramikas materiālu un izstrādājumu izpēti un izstrādi, ražošanu, apstrādi, pārdošanu un tehniskajiem pakalpojumiem. Kopš dibināšanas 2014. gadā uzņēmums ir apņēmies nodrošināt klientiem vislabākos produktus un pakalpojumus, un ir kļuvis par nozares līderi, izmantojot nepārtrauktas tehnoloģiskās inovācijas un stingru kvalitātes vadību.

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5 FAQs of Customized Boron Nitride Plate Industrial BN Ceramic Substrate

What are Customized Boron Nitride Plates used for?
These plates serve in high-temperature industrial settings. They work as crucibles, insulators, or substrates in metallurgy, electronics, and aerospace. Their thermal stability and electrical insulation make them suitable for furnace parts, semiconductor manufacturing, and coating processes. They handle extreme heat without degrading.

How heat-resistant are Boron Nitride Ceramic Substrates?
Boron Nitride plates withstand temperatures up to 2000°C in inert atmospheres. In air, they resist oxidation up to 800°C. The material maintains strength and shape under rapid temperature shifts. This reduces cracking or warping risks in thermal cycling applications.

Can Boron Nitride Plates be customized for specific needs?
Yes. Manufacturers adjust dimensions, shapes, and thicknesses to match equipment or process requirements. Surface finishes or purity levels are modified for specialized uses. Custom designs ensure compatibility with unique industrial setups.

Why choose Boron Nitride over alumina or aluminum nitride?
Boron Nitride offers better thermal shock resistance and higher thermal conductivity than alumina. It outperforms aluminum nitride in electrical insulation and machinability. Its lubricating properties simplify installation and maintenance. It suits applications needing both heat management and electrical isolation.

What precautions are needed when handling BN Ceramic Substrates?
Avoid mechanical impact during transport or installation. Store plates in dry conditions to prevent moisture absorption. Use gloves to minimize contamination from oils or dirt. Clean surfaces with non-abrasive methods before high-temperature use. Proper handling extends service life.

(Customized Boron Nitride Plate Industrial BN Ceramic Substrate)