Johdatus alumiinioksidikeramiikkaan

Alumiinioksidikeramiikka tunnetaan korkeasta kovuudestaan, kulutuskestävyydestään, korroosionkestävyydestään, hyvästä sähköeristyksestään ja korkeista lämpötiloistaan. Erilaisten alumiinioksidipitoisuuksien mukaan se voidaan jakaa eri laatuihin, kuten 95 posliini, 99 posliini jne., joista 99 posliini viittaa keraamisiin materiaaleihin, joiden alumiinioksidipitoisuus on 99%. Alumiinioksidipitoisuuden kasvaessa myös sen mekaaninen lujuus ja sähköeristysominaisuudet paranevat vastaavasti.

Alumiinioksidikeramiikan ominaisuudet

Korkea kovuus: Alumiinioksidikeramiikalla on erittäin korkea kovuus, mikä tekee siitä erittäin kulutusta kestävän ja soveltuu kulumiskestävyyttä vaativien hankaustyökalujen ja osien valmistukseen.

Kulutuskestävyys: Korkean kovuutensa ansiosta alumiinioksidikeramiikka kestää erinomaisesti kulutusta ja soveltuu pitkäaikaiseen käyttöön tarkoitettujen osien valmistukseen.

Korroosionkestävyys: Alumiinioksidikeraamit kestävät hyvin useimpia happoja ja emäksiä, joten niitä käytetään laajasti kemianteollisuudessa.

Hyvä sähköeristys: Erinomaisena sähköeristysmateriaalina alumiinioksidikeramiikkaa käytetään laajalti elektroniikka- ja sähkötuotteissa.

Korkean lämpötilan kestävyys: Kestää erittäin korkeita lämpötiloja ilman merkittäviä fysikaalisia tai kemiallisia muutoksia, mikä tekee siitä ihanteellisen valinnan sovelluksiin korkeissa lämpötiloissa.

Bioyhteensopivuus: Lääketieteen alalla tiettyjä alumiinioksidikeramiikkalaatuja käytetään lääketieteellisten laitteiden, kuten tekonivelten, valmistukseen niiden hyvän bioyhteensopivuuden vuoksi.

(95%-99% Alumina Ceramic Part Custom-made Alumina Ceramic Structural Part)

Specifications of 95%-99% Alumina Ceramic Part Custom-made Alumina Ceramic Structural Part

Item Call: Custom-Made Alumina Porcelain Structural Parts (95%-99% Alumina). These components are developed for industrial applications calling for high efficiency. They supply excellent solidity, wear resistance, and thermal security. The alumina material ranges from 95% to 99%. Higher alumina portions boost mechanical toughness and temperature level resistance. The product operates reliably at temperatures approximately 1600 ° C. It resists abrasion, chemical reactions, and thermal shock efficiently. These parts are utilized in electronics, equipment, automobile systems, and medical equipment. Normal applications consist of circuit substrates, cutting devices, pump seals, and surgical elements. Custom shapes and sizes are offered. Options consist of tubes, plates, rods, or facility geometries. Limited resistances as accurate as ± 0.1 mm are achievable. Advanced manufacturing methods like injection molding make certain accuracy. Every batch is checked for top quality. Examinations check thickness, hardness, and measurements. Surface area finishes can be brightened or left harsh based upon requirements. Electrical insulation buildings match high-voltage settings. Efficiency stays regular in destructive or high-heat conditions. Lower alumina qualities (95%) equilibrium price and functionality. Higher qualities (99%) do ideal in extreme setups. These parts function well with metal or plastic assemblies. Compatibility with typical procedures eases installation. Engineers count on them for resilience under stress. Manufacturing timelines depend upon layout complexity. Models are provided for screening before complete orders. Technical assistance helps with product option and design. Manufacturing adheres to ISO requirements for consistency. Parts are lighter than steel alternatives. This cuts system weight without losing stamina. Bio-inert residential or commercial properties make them secure for medical implants. Custom-made creates suit particular machinery demands. This minimizes post-installation modifications. Fast manufacturing options exist for urgent jobs. Making use of these components lowers upkeep costs and enhances equipment lifespan.

(95%-99% Alumina Ceramic Part Custom-made Alumina Ceramic Structural Part)

Applications of 95%-99% Alumina Ceramic Part Custom-made Alumina Ceramic Structural Part

Personalized 95%-99% alumina ceramic structural parts offer essential functions across numerous markets. These components take care of severe conditions because of their high warm resistance, electric insulation, and sturdiness. Electronic devices suppliers use alumina ceramic parts for insulators, substratums, and circuit parts. The material’s low electrical conductivity stops energy loss. Its security under heats makes sure trusted efficiency in tools like sensors and semiconductors.

In the auto market, alumina ceramics improve engine effectiveness and durability. Parts like spark plug insulators, oxygen sensing unit housings, and exhaust system elements endure heats and corrosive gases. The material’s hardness decreases wear in relocating parts. This expands upkeep cycles and decreases operational expenses.

Medical equipment counts on alumina ceramics for biocompatibility and sanitation compatibility. Surgical devices, oral implants, and imaging tool parts benefit from the material’s resistance to chemicals and body fluids. Its smooth surface area protects against microbial development. This makes sure safety in vital healthcare applications.

Aerospace and protection sectors utilize personalized alumina parts for their lightweight stamina. Guidance systems, radar parts, and thermal guards call for materials that sustain extreme stress and temperature changes. Alumina’s thermal security keeps precision in rough atmospheres.

Industrial machinery uses alumina ceramics for wear-resistant cellular linings, cutting devices, and pump seals. The material’s solidity outmatches metals in abrasive setups. This reduces downtime in mining, chemical processing, and power generation.

Customization allows tailored shapes, dimensions, and surface coatings. High-purity alumina (99%) supplies exceptional efficiency in innovative applications. Lower pureness qualities (95%) provide affordable remedies for much less demanding usages. Production approaches like completely dry pushing, shot molding, and extrusion adjust to complicated styles.

These parts fulfill strict criteria for accuracy and dependability. Evaluating ensures resistance to thermal shock, corrosion, and mechanical anxiety. Engineers work carefully with clients to enhance layouts for details functional requirements. This adaptability makes alumina porcelains a useful option for specialized industrial difficulties.

Yritys Esittely

17 perustettu Advanced Ceramics on korkean teknologian yritys, joka on sitoutunut keraamisten suhteellisten materiaalien ja tuotteiden tutkimukseen ja kehitykseen, tuotantoon, käsittelyyn, myyntiin ja teknisiin palveluihin. Yritys on perustamisestaan ​​vuonna 2014 lähtien ollut sitoutunut tarjoamaan asiakkaille parhaita tuotteita ja palveluita, ja siitä on tullut alan johtava yritys jatkuvan teknologisen innovaation ja tiukan laadunhallinnan kautta.

Tuotteitamme ovat muun muassa piikarbidikeraamituotteet, boorikarbidikeraamiset tuotteet, boorinitridikeraamituotteet, piikarbidikeraamituotteet, piikarbidikeraamituotteet, zirkoniumdioksidikeraamituotteet, kvartsituotteet jne. Ota meihin yhteyttä.(nanot)run@yahoo.com)

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5 FAQs of 95%-99% Alumina Ceramic Part Custom-made Alumina Ceramic Structural Part

What is a 95%-99% alumina ceramic part? This type of ceramic part is made from high-purity aluminum oxide. It contains 95% to 99% alumina. The material offers strong mechanical strength and resistance to wear. It handles extreme temperatures and chemicals well. These parts are used in industries needing durable and reliable components. They work in harsh environments without breaking down.

Where are custom alumina ceramic structural parts used? These parts are common in electronics, machinery, and medical devices. They serve as insulators, bearings, or cutting tools. High-temperature furnaces use them for lining or support. Medical equipment relies on their biocompatibility. Industrial machinery uses them for wear-resistant surfaces. They fit applications needing precision and long-lasting performance.

How does the customization process work? Customers provide design specifications. Manufacturers adjust dimensions, shapes, and tolerances. They select the right alumina grade for the job. Production involves molding, sintering, and finishing. Advanced tools ensure accuracy. Engineers test prototypes before mass production. Changes can be made during development. The goal is to match exact requirements.

What advantages do alumina ceramics have over metals or plastics? Alumina ceramics resist corrosion better than metals. They handle higher temperatures than plastics. Their hardness reduces wear over time. They do not conduct electricity, making them ideal for insulation. They last longer in abrasive environments. Maintenance costs are lower due to durability.

Are there handling precautions for alumina ceramic parts? Alumina ceramics are brittle. Avoid impacts during installation. Use soft materials to cushion them. Follow torque guidelines for fasteners. Check alignment to prevent stress cracks. Clean surfaces before assembly. Proper handling ensures they perform as intended. Damaged parts should be replaced immediately.

(95%-99% Alumina Ceramic Part Custom-made Alumina Ceramic Structural Part)