Famintinana ny seramika nitride aluminium

Aluminum Nitride Ceramic dia fitaovana seramika mandroso miaraka amin'ny aluminium nitride ho singa fototra. Nampiasaina be dia be tamin'ny elektronika, optika ary mekanika izy io noho ny toetra mampiavaka azy.

Endri-javatra ny aluminium nitride seramika

Fitondran-tena mafana: Ny seramika nitride aluminium dia manana conductivity mafana avo lenta, matetika eo anelanelan'ny 170-260 W / m · K, izay mahatonga azy io ho fitaovana fanalefahana hafanana. Izy io dia mety indrindra ho an'ny fitaovana elektronika izay mitaky fanaparitahana hafanana mahomby, toy ny fitaovana substrate ho an'ny fitaovana semiconductor herinaratra.

Insulation elektrika tsara: Na dia eo aza ny conductivity mafana avo lenta, ny seramika aluminium nitride dia insulators tsara amin'ny herinaratra, izay afaka misoroka ny fivoahana amin'izao fotoana izao ary miantoka ny fiasan'ny singa elektronika.

Ny fatiantoka dielectric ambany sy ny fatiantoka dielectric: Ireo toetra ireo dia mahatonga ny seramika nitride aluminium tena mety amin'ny fampiasana amin'ny faritra avo lenta satria mety hampihena ny fahaverezan'ny angovo mandritra ny fampitana famantarana.

Ny fanoherana ny mari-pana ambony: Ny seramika nitride aluminium dia afaka mitazona ny fahamarinan-toerana sy ny tanjaky ny rafitra amin'ny hafanana avo be. Manodidina ny 2800°C ny haavony, ka mety amin'ny fampiharana amin'ny tontolo mafana.

Ny haavon'ny fanitarana hafanana ambany: Raha ampitahaina amin'ny fitaovana semiconductor toy ny silisiôma, ny aluminium nitride dia manana fatran'ny fanitarana mafana kokoa, izay midika fa manana fahamarinan-toerana tsara kokoa izy rehefa miova ny mari-pana, izay manampy amin'ny fanatsarana ny fahamendrehan'ny fonosana.

Ny fanoherana ny harafesina: Ny seramika aluminium nitride dia manana fitoniana simika tsara amin'ny ankamaroan'ny metaly voarendrika ary tsy mora oxidized na harafesina, mamela azy ireo hiasa tsara amin'ny tontolo henjana.

Hery mekanika avo lenta: Na dia tsy mafy toy ny karazana fitaovana seramika hafa aza, ny seramika aluminium nitride dia mbola manome hery mekanika ampy ahafahan'izy ireo ampiasaina amin'ny fampiharana ara-drafitra maro.

(0.635mm hatevin'ny Aluminum Nitride Ceramic Plate AlN Ceramic PCB Substrate Sheet)

Famaritana ny 0.635mm hatevin'ny Aluminum Nitride Ceramic Plate AlN Ceramic PCB Substrate Sheet

The 0.635 mm density light weight aluminum nitride ceramic plate (AlN ceramic PCB substratum sheet) is created for high-performance digital applications. The product incorporates outstanding thermal conductivity with strong electric insulation. Its thermal conductivity gets to 170-180 W/m · K, making it ideal for heat dissipation in power electronic devices. The plate runs accurately in temperature levels from -50 ° C to 1000 ° C, making certain security in severe settings. Electrical insulation goes beyond 15 kV/mm, protecting against current leak in circuits. The 0.635 mm thickness supplies a balance between mechanical toughness and portable style, ideal for modern-day miniaturized gadgets. Surface roughness is kept below 0.2 μm, making certain smooth combination with circuit layers. The material’s coefficient of thermal growth (CTE) carefully matches silicon, reducing tension in semiconductor product packaging. AlN ceramic resists chemical deterioration from acids and alkalis, prolonging component life-span. It is lead-free and RoHS-compliant, fulfilling worldwide environmental criteria. The plate is compatible with thin-film and thick-film metallization procedures, making it possible for specific circuit patterning. It supports high-frequency signal transmission with minimal loss, critical for RF and microwave applications. Flexural toughness exceeds 300 MPa, preventing splits under mechanical lots. The dielectric constant is reduced (8.8-9.2 at 1 MHz), minimizing signal hold-up. Dielectric loss stays below 0.0003, guaranteeing power efficiency. AlN ceramic exceeds alumina and beryllia in thermal management, with more secure handling than beryllia. Applications consist of LED substrates, power components, laser diode providers, and vehicle electronics. The 0.635 mm thickness is a conventional choice, adjustable for particular demands. It is made by means of hot pushing or tape spreading, guaranteeing uniform thickness. Exact machining enables limited tolerances ( ± 0.02 mm) on dimensions. The material is non-porous, stopping wetness absorption in humid conditions. AlN ceramic plates are packaged in anti-static products to avoid contamination. Managing suggestions include using gloves to prevent surface oils. The item is examined for thermal shock resistance, surviving rapid temperature adjustments without cracking.

(0.635mm hatevin'ny Aluminum Nitride Ceramic Plate AlN Ceramic PCB Substrate Sheet)

Fampiharana ny 0.635mm hatevin'ny Aluminum Nitride Ceramic Plate AlN Ceramic PCB Substrate Sheet

The 0.635 mm thickness light weight aluminum nitride (AlN) ceramic plate functions as a high-performance product for requiring commercial applications. This AlN ceramic PCB substrate sheet incorporates thermal conductivity, electric insulation, and mechanical security. It is suitable for usage in power electronic devices, LED systems, and high-frequency gadgets.

Aluminum nitride ceramic plates efficiently manage warm in electronic parts. The 0.635 mm thickness equilibriums stamina and thermal transfer. It transfers warm faster than several standard porcelains. This minimizes overheating risks in circuits. It sustains high-power tools like IGBT components and motor controllers.

The product’s low thermal expansion matches silicon. This compatibility avoids stress splits in semiconductor packaging. It guarantees reliability in temperature-sensitive atmospheres. AlN ceramic plates are used in laser diodes and RF amplifiers. They preserve stability under fast temperature level changes.

AlN ceramic resists chemical rust and radiation. This makes it suitable for aerospace and automotive systems. It carries out dependably in harsh conditions. The 0.635 mm thickness provides sturdiness without adding bulk. It is utilized in slim, light-weight layouts for contemporary electronic devices.

The ceramic plate serves as an electric insulator. It avoids current leak in high-voltage applications. Its dielectric strength supports high-frequency signal integrity. This is important for 5G interaction equipment and radar systems. The product decreases signal loss at high regularities.

LED suppliers utilize AlN substratums for warm dissipation. The 0.635 mm density permits compact LED module designs. It extends LED lifespan by maintaining steady operating temperatures. AlN ceramic sheets are likewise utilized in power converters and solar inverters. They take care of high power densities without deteriorating.

Machining the 0.635 mm AlN ceramic plate calls for precision. It can be laser-cut or pierced for personalized layouts. The surface accepts metallization for circuit printing. This versatility sustains complex PCB layouts. It works with gold, silver, or copper layers.

Aluminum nitride ceramic is safe and eco stable. It meets RoHS and REACH compliance requirements. The 0.635 mm thickness aligns with industry specifications for multilayer PCBs. It is an economical option for high-reliability applications.

Company Sava lalana

Advanced Ceramic naorina tamin'ny Oktobra 17, 2014, dia teknolojia avo lenta ny orinasa nanolo-tena ho amin'ny fikarohana sy ny fampandrosoana, famokarana, fanodinana, varotra sy ara-teknika ny seramika havany fitaovana sy ny vokatra.

Ny vokatray dia ahitana fa tsy voafetra amin'ny vokatra seramika silika karbida, vokatra seramika Boron, vokatra seramika boron, vokatra seramika silika, vokatra seramika silika, vokatra seramika silika, vokatra seramika zirconium dioxide, vokatra quartz, sns. Aza misalasala mifandray aminay.(nanotrun@yahoo.com)

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Fomba fandefasana

Amin'ny rivotra, an-dranomasina, amin'ny Express, araka ny fangatahan'ny mpanjifa.

5 FAQs amin'ny 0.635mm hatevin'ny Aluminum Nitride Ceramic Plate AlN Ceramic PCB Substrate Sheet

What is the 0.635mm Aluminum Nitride Ceramic Plate used for? The plate is mainly used in high-power electronics, LED lighting, and RF components. It works for circuits needing fast heat transfer. The material’s high thermal conductivity moves heat away from sensitive parts. Its electrical insulation stops current leakage. Industries like aerospace, automotive, and telecom rely on it for thermal management in tight spaces.

Why choose 0.635mm thickness for AlN Ceramic PCB? The thickness balances strength and heat performance. Thinner plates may break under stress. Thicker ones add weight and cost. The 0.635mm size handles heat well without losing durability. It fits small devices needing reliable cooling. This makes it common in microelectronics and power modules.

How to handle and install the AlN Ceramic Plate? Avoid dropping or bending the plate. Use tools designed for fragile materials. Clean surfaces before attaching components. Apply epoxy or solder made for ceramics. Pressure or heat must stay within limits. Handle edges gently to prevent cracks. Follow manufacturer guidelines for temperature ranges.

Can the plate be customized for specific needs? Yes. Manufacturers cut it into shapes or sizes. Holes or grooves can be added. Metal layers or coatings improve performance. Custom features depend on the application. Check with suppliers for options like surface finishes or markings. Lead times vary with complexity.

How does AlN compare to Alumina or Beryllium Oxide? AlN conducts heat better than Alumina. It works near Beryllium Oxide’s level without toxic risks. AlN costs more than Alumina but lasts longer in high-power setups. It resists thermal shock better than both. AlN is safer than Beryllium Oxide. It suits environments needing non-hazardous materials.

(0.635mm hatevin'ny Aluminum Nitride Ceramic Plate AlN Ceramic PCB Substrate Sheet)