Ievads alumīnija keramikā

Alumīnija oksīda keramika ir pazīstama ar savu augsto cietību, nodilumizturību, izturību pret koroziju, labu elektrisko izolāciju un augstas temperatūras stabilitāti. Atbilstoši dažādajam alumīnija oksīda saturam to var iedalīt dažādās kategorijās, piemēram, 95 porcelāns, 99 porcelāns utt., Starp kuriem 99 porcelāns attiecas uz keramikas materiāliem ar alumīnija oksīda saturu 99%. Palielinoties alumīnija oksīda saturam, attiecīgi palielināsies arī tā mehāniskā izturība un elektriskās izolācijas īpašības.

Alumīnija oksīda keramikas raksturojums

Augsta cietība: alumīnija oksīda keramikai ir ārkārtīgi augsta cietība, kas padara to ļoti nodilumizturīgu un piemērotu abrazīvu instrumentu un detaļu ražošanai, kurām nepieciešama nodilumizturība.

Nodilumizturība: Augstās cietības dēļ alumīnija oksīda keramikai ir lieliska nodilumizturība un tā ir piemērota ilgstošai detaļu ražošanai.

Izturība pret koroziju: alumīnija oksīda keramikai ir laba izturība pret lielāko daļu skābju un sārmu, tāpēc tos plaši izmanto ķīmiskajā rūpniecībā.

Laba elektriskā izolācija: Kā lielisks elektriskais izolācijas materiāls alumīnija oksīda keramiku plaši izmanto elektroniskajos un elektriskajos izstrādājumos.

Augstas temperatūras stabilitāte: spēja izturēt ārkārtīgi augstas temperatūras bez būtiskām fizikālām vai ķīmiskām izmaiņām, kas padara to par ideālu izvēli lietošanai augstas temperatūras vidē.

Bioloģiskā saderība: medicīnas jomā noteiktas alumīnija oksīda keramikas kategorijas tiek izmantotas medicīnisko ierīču, piemēram, mākslīgo savienojumu, ražošanai to labās bioloģiskās saderības dēļ.

(High-Performance 95% Alumina Ceramic Blocks)

Specifications of High-Performance 95% Alumina Ceramic Blocks

High-Performance 95% Alumina Ceramic Blocks are engineered for requiring industrial applications. These blocks consist of 95% aluminum oxide, ensuring superior toughness and resistance to severe problems. They preserve stable performance in high-temperature, harsh, or high-wear environments.

The material density ranges from 3.6 to 3.8 g/cm ³. This high density adds to phenomenal mechanical stamina. The blocks withstand compressive forces approximately 2200 MPa. They resist deformation under hefty tons. Surface solidity reaches 85 HRA, making them highly scratch-resistant. This residential or commercial property extends life span in rough setups.

Thermal security is a crucial function. The blocks handle temperatures approximately 1650 ° C without losing architectural integrity. Thermal shock resistance prevents fracturing throughout quick temperature modifications. Low thermal conductivity (20-30 W/m · K) permits effective heat insulation. This matches them for heating system linings or high-heat equipment components.

Electric insulation residential or commercial properties are exceptional. The dielectric strength goes beyond 15 kV/mm. This makes the blocks perfect for digital components needing insulation in high-voltage settings. They stand up to arc erosion and present leak. Chemical inertness makes sure compatibility with acids, antacid, and molten steels. They do not break down in responsive chemical arrangements.

Dimensional precision is guaranteed. Tolerances are controlled within ± 0.5% of specified measurements. Custom-made shapes and sizes are available. Machining alternatives consist of grinding, drilling, and polishing. Surface area coatings can be adjusted for certain friction or securing needs.

Applications extend multiple markets. They are utilized in semiconductor manufacturing for wafer-processing parts. Metallurgical plants employ them as crucibles or furnace bricks. Chemical processing units utilize them for pump seals and shutoff elements. Electronic devices count on them for protecting substrates and circuit service providers.

The blocks fulfill global top quality standards. Certifications include ISO 9001 and RoHS conformity. Set screening makes certain constant efficiency. Customized product blends are readily available for customized requirements. Packaging alternatives protect against damages during delivery. Technical support is provided for installment and maintenance.

These ceramic blocks offer an economical solution for high-stress applications. Their durability decreases replacement frequency. Minimal upkeep reduces functional downtime. Efficiency dependability sustains continuous commercial processes.

(High-Performance 95% Alumina Ceramic Blocks)

Applications of High-Performance 95% Alumina Ceramic Blocks

High-performance 95% alumina ceramic blocks are commonly used in markets needing resilience, heat resistance, and electrical insulation. These porcelains take care of extreme problems better than several metals or plastics. They are common in industrial equipment. Cutting tools, wear-resistant components, and components for heavy equipment rely on their solidity. They decrease downtime by lasting longer under rubbing and stress and anxiety.

The electronics market benefits from these ceramics. Circuit service providers, insulation layers, and sensing unit real estates utilize them. Their thermal stability avoids overheating in high-power devices. They preserve efficiency in environments with rapid temperature level changes. This makes them suitable for safeguarding delicate electronic parts.

Medical applications consist of surgical devices and implants. The product’s biocompatibility makes certain security in the human body. Prosthetic joints, dental implants, and imaging devices use alumina ceramics. They resist deterioration from bodily liquids and sanitation processes. This dependability supports lasting medical services.

Chemical handling plants make use of these blocks for pumps, shutoffs, and reactor cellular linings. They hold up against destructive acids and alkalis. Their non-reactive nature protects against contamination. This makes certain item purity in pharmaceuticals and chemicals.

Power industries like solar and battery systems utilize alumina porcelains. They protect high-voltage equipment and sustain extreme heat. Parts like thermal barrier and insulators in power plants rely on their security. This boosts security and effectiveness in energy production.

Automotive systems make use of these porcelains for sensors and engine components. They handle exhaust warmth and minimize emissions. Their electrical insulation secures onboard electronics. This adds to lorry integrity and efficiency.

These blocks additionally serve in aerospace for thermal barriers and engine elements. Their light-weight nature lowers fuel usage. They maintain toughness under high stress and resonance. This supports safer and much more efficient air travel.

Personalized shapes and sizes are feasible because of sophisticated production. Industries dressmaker alumina obstructs for certain needs. This flexibility increases their use across fields requiring precision and resilience. Their role in modern-day technology proceeds growing as needs for high-performance materials boost.

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.

Mūsu produkti ietver, bet ne tikai, silīcija karbīda keramikas izstrādājumus, bora karbīda keramikas izstrādājumus, bora nitrīda keramikas izstrādājumus, silīcija karbīda keramikas izstrādājumus, silīcija nitrīda keramikas izstrādājumus, cirkonija dioksīda keramikas izstrādājumus, kvarca izstrādājumus utt. Lūdzu, sazinieties ar mums.(nanot)run@yahoo.com)

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5 FAQs of High-Performance 95% Alumina Ceramic Blocks

What are High-Performance 95% Alumina Ceramic Blocks? These blocks are made mainly from aluminum oxide. Around 95% of the material is alumina. The rest includes small amounts of other oxides. This mix creates a strong, dense ceramic. It works well in tough environments.

What benefits do these blocks offer? They handle high heat. They resist wear and chemicals. Their hardness makes them last longer under stress. They stay stable in extreme conditions. This reduces replacement needs.

What temperatures can they withstand? They work up to 1650°C. Going beyond this risks damage. They also manage sudden temperature changes. This avoids cracking from thermal shock.

Where are these blocks commonly used? They fit industries needing durability. Examples include metal processing, electronics, and chemical plants. They serve as liners, insulators, or parts in machinery. They protect equipment in harsh settings.

How should these blocks be maintained? Check them regularly for cracks or wear. Clean them with water or mild solvents. Avoid rough scrubbing. Replace blocks showing major damage. Proper care extends their lifespan.

(High-Performance 95% Alumina Ceramic Blocks)