Tinjauan umum keramik aluminium nitrida

Keramik Aluminium Nitrida merupakan material keramik canggih dengan aluminium nitrida sebagai komponen utamanya. Material ini telah banyak digunakan dalam bidang elektronik, optik, dan mekanik karena sifatnya yang unik.

Fitur keramik aluminium nitrida

Konduktivitas termal tinggi: Keramik aluminium nitrida memiliki konduktivitas termal yang relatif tinggi, biasanya antara 170-260 W/m·K, yang menjadikannya bahan pembuangan panas yang sangat baik. Keramik ini sangat cocok untuk perangkat elektronik yang memerlukan pembuangan panas yang efisien, seperti bahan substrat untuk perangkat semikonduktor daya.

Isolasi listrik yang baik: Meskipun konduktivitas termalnya tinggi, keramik aluminium nitrida merupakan isolator listrik yang sangat baik, yang secara efektif dapat mencegah kebocoran arus dan memastikan pengoperasian komponen elektronik yang aman.

Konstanta dielektrik dan kehilangan dielektrik rendah: Karakteristik ini membuat keramik aluminium nitrida sangat cocok untuk digunakan di sirkuit frekuensi tinggi karena dapat mengurangi kehilangan energi selama transmisi sinyal.

Tahan suhu tinggi: Keramik aluminium nitrida dapat mempertahankan stabilitas dan kekuatan struktural pada suhu yang sangat tinggi. Titik lelehnya sekitar 2800°C, sehingga cocok untuk aplikasi di lingkungan bersuhu tinggi.

Koefisien ekspansi termal yang rendah: Dibandingkan dengan bahan semikonduktor seperti silikon, aluminium nitrida memiliki koefisien ekspansi termal yang lebih rendah, yang berarti memiliki stabilitas dimensi yang lebih baik saat suhu berubah, yang membantu meningkatkan keandalan pengemasan.

Ketahanan terhadap korosi: Keramik aluminium nitrida memiliki stabilitas kimia yang baik terhadap sebagian besar logam cair dan tidak mudah teroksidasi atau terkorosi, sehingga memungkinkannya bekerja dengan baik di lingkungan yang keras.

Kekuatan mekanis yang tinggi: Meskipun tidak sekeras beberapa jenis bahan keramik lainnya, keramik aluminium nitrida tetap memberikan kekuatan mekanis yang cukup untuk memungkinkannya digunakan dalam banyak aplikasi struktural.

(Serbuk Bulat Aluminium Nitrida AlN Kemurnian Tinggi 99% 110-130 Um untuk Aplikasi Konduktivitas Panas Mikrosfer Keramik Canggih)

Spesifikasi Bubuk Bulat Aluminium Nitrida AlN Kemurnian Tinggi 99% 110-130 Um untuk Aplikasi Konduktif Panas Mikrosfer Keramik Canggih

High Pureness Aluminum Nitride AlN Spherical Powder 99% 110-130 is a specialized product created for innovative ceramic microspheres and heat-conductive applications. The powder has a pureness degree of 99%, making certain very little impurities for constant performance. Fragment dimension ranges between 110 and 130 micrometers, providing uniform circulation ideal for precision design. The spherical shape of the particles improves flowability and packaging density during producing procedures. This causes improved structural integrity in final products.

The product shows exceptional thermal conductivity, rising to 170-200 W/m · K. This property makes it suitable for high-temperature atmospheres and warm dissipation systems. It preserves stability under extreme conditions, standing up to thermal shock and chemical corrosion. Electric insulation properties are strong, avoiding present leak in digital elements. These features are critical for applications in power electronic devices, LED lights, and semiconductor gadgets.

High Pureness Aluminum Nitride AlN Spherical Powder is utilized in sophisticated ceramic microspheres for thermal user interface materials, circuit substrates, and heat sinks. Its compatibility with sintering procedures permits dense ceramic parts with very little porosity. The powder is manufactured with a controlled nitridation process, making certain high crystallinity and phase purity. Strenuous top quality checks ensure batch-to-batch uniformity in particle dimension and chemical make-up.

The product meets sector requirements for sophisticated ceramics, including ISO and ASTM specifications. It is packaged in moisture-resistant containers to prevent deterioration throughout storage and transportation. Handling standards suggest dry settings to maintain product homes. Customized particle dimension circulations are readily available upon ask for specialized applications.

Applications encompass aerospace, automobile, and renewable energy industries. The powder sustains advancements in warmth management for electrical car batteries and solar energy systems. Its duty in boosting thermal effectiveness straightens with needs for sustainable and high-performance products. Manufacturers take advantage of lowered processing times and enhanced product dependability. Study institutions make use of the powder for establishing next-generation thermal services.

High Purity Light Weight Aluminum Nitride AlN Spherical Powder 99% 110-130 Um is a versatile solution for sectors focusing on thermal monitoring and material toughness. Its mix of high pureness, regulated morphology, and thermal efficiency addresses modern-day engineering obstacles.

(Serbuk Bulat Aluminium Nitrida AlN Kemurnian Tinggi 99% 110-130 Um untuk Aplikasi Konduktivitas Panas Mikrosfer Keramik Canggih)

Aplikasi Bubuk Bulat Aluminium Nitrida AlN Kemurnian Tinggi 99% 110-130 Um untuk Mikrosfer Keramik Canggih Aplikasi Konduktif Panas

High Pureness Aluminum Nitride (AlN) Spherical Powder 99% with a fragment dimension of 110-130 µm is a critical product for sophisticated ceramic microspheres in warmth monitoring applications. This powder stands out because of its extraordinary thermal conductivity, electrical insulation, and chemical security. It works well in environments needing efficient warm dissipation while maintaining architectural stability under severe temperature levels.

The spherical form of the particles ensures uniform packaging density in ceramic matrices. This boosts mechanical stamina and decreases porosity in end products. High-purity AlN reduces contaminations that can weaken performance in sensitive applications. Industries like electronic devices, automobile, and aerospace rely on this product for components exposed to high thermal stress and anxiety.

In electronics, AlN microspheres are used in substratums, heat sinks, and protecting layers for semiconductors. The material’s capacity to perform warm swiftly prevents overheating in gadgets like power modules and LED lighting systems. Its electric insulation residential properties likewise decrease dangers of brief circuits. This makes it suitable for high-frequency and high-power applications.

Automotive systems take advantage of AlN’s thermal administration capabilities. Electric cars utilize it in battery components and power electronic devices to keep optimum operating temperatures. The powder’s stability under thermal cycling guarantees long-lasting reliability. Aerospace applications consist of thermal interface materials for avionics and engine parts. The lightweight nature of AlN porcelains sustains gas efficiency without jeopardizing efficiency.

Manufacturers favor AlN round powder for its compatibility with innovative forming strategies. Processes like injection molding and slip spreading achieve exact geometries with very little problems. The consistent fragment size distribution allows limited control over end product homes. This decreases waste and improves production performance.

Demand expands as markets prioritize miniaturization and higher power thickness. AlN addresses challenges in 5G innovation, renewable resource systems, and advanced robotics. Its duty in next-generation thermal options highlights its value in contemporary engineering. Users rely on the product for its tried and tested efficiency sought after problems.

The 110-130 µm fragment dimension balances flowability and surface area. This guarantees easy handling during processing while making best use of call points for warmth transfer. High-purity AlN spherical powder stays a leading selection for engineers concentrated on reliability and efficiency.

Perusahaan

Advanced Ceramics didirikan pada tanggal 17 Oktober 2014, merupakan perusahaan teknologi tinggi yang berkomitmen pada penelitian dan pengembangan, produksi, pemrosesan, penjualan, dan layanan teknis bahan dan produk keramik. Sejak didirikan pada tahun 2014, perusahaan ini telah berkomitmen untuk menyediakan produk dan layanan terbaik bagi pelanggan, dan telah menjadi pemimpin dalam industri ini melalui inovasi teknologi berkelanjutan dan manajemen kualitas yang ketat.

Produk kami meliputi tetapi tidak terbatas pada produk keramik silikon karbida, produk keramik boron karbida, produk keramik boron nitrida, produk keramik silikon karbida, produk keramik silikon nitrida, produk keramik zirkonium dioksida, produk kuarsa, dll. Jangan ragu untuk menghubungi kami. (nanotrun@yahoo.com)

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5 FAQ tentang Bubuk Bulat Aluminium Nitrida AlN Kemurnian Tinggi 99% 110-130 Um untuk Aplikasi Konduktif Panas Mikrosfer Keramik Canggih

High Purity Aluminum Nitride AlN Spherical Powder 99% 110-130 µm is a material designed for advanced ceramic microspheres. Below are answers to common questions. What is this powder used for? It is ideal for heat-conductive applications like electronic substrates, LED packaging, and semiconductor parts. The high thermal conductivity helps devices manage heat better. The spherical shape improves packing density in ceramic matrices. Why is purity important? The 99% purity reduces impurities that lower performance. Contaminants affect thermal conductivity and electrical insulation. High purity ensures reliability in sensitive electronics. How does particle size matter? The 110-130 µm range balances flowability and surface area. Smaller particles might clump. Larger ones could create gaps. This size ensures even mixing and stable structures. What industries benefit most? Electronics, aerospace, and energy sectors use it for thermal management. It suits high-power devices needing efficient heat dissipation. Manufacturers of advanced ceramics rely on its consistency. Are there handling precautions? Store it dry to prevent moisture absorption. Moisture causes oxidation. Use gloves to avoid contamination. Process it in controlled environments. This maintains product quality. Can it replace other materials? It outperforms alumina in thermal conductivity. It is more chemically stable than silicon carbide. Its properties make it a top choice for demanding applications. How is quality tested? X-ray diffraction checks crystal structure. Laser analysis confirms particle size. Chemical assays verify purity. Each batch meets strict standards. These steps ensure performance matches specs.

(Serbuk Bulat Aluminium Nitrida AlN Kemurnian Tinggi 99% 110-130 Um untuk Aplikasi Konduktivitas Panas Mikrosfer Keramik Canggih)