Overview ny Boron Nitride Ceramic

Ny seramika Boron Nitride (BN) dia fitaovana tsy manam-paharoa nalaza noho ny toetrany miavaka, ka mahatonga azy ho sarobidy amin'ny fampiharana indostrialy isan-karazany. Misy amin'ny endrika maro izy io, indrindra indrindra, boron nitride hexagonal (h-BN), nitride boron cubic (c-BN), ary nitride boron wurtzite (w-BN). Hexagonal BN, ny endrika mahazatra indrindra, dia matetika ampitahaina amin'ny graphite noho ny toetrany mihosotra sy mahamay nefa manaisotra elektrika. Ny seramika Boron Nitride dia atambatra amin'ny mari-pana sy fanerena ambony, manolotra fitambarana tsy fahita firy izay tsy hita amin'ny fitaovana maro hafa.

Endriky ny Boron Nitride Ceramic

Conductivity Thermal: Conductivity mafana tsara indrindra, indrindra amin'ny endrika hexagonal, mamela ny fanaparitahana hafanana mahomby.

Insulation elektrika: Ny fananana insulation elektrika miavaka dia mahatonga azy ho tonga lafatra amin'ny fampiharana elektrika mitaky fitantanana mafana.

Fahamarinana simika: Tena mahatohitra ny fanafihana simika, anisan'izany ny asidra sy ny fototra matanjaka, miantoka ny faharetana amin'ny tontolo henjana.

Thermal Shock Resistance: Fiatrehana ambony indrindra amin'ny fahatafintohinana mafana, ahafahany mahatohitra ny fiovan'ny mari-pana haingana tsy misy vaky.

Herin'ny mekanika: Hery mekanika tsara amin'ny efitrano sy ny mari-pana ambony, na dia mety miovaova amin'ny endrika BN aza izany.

Lubricity: Fananan'ny tena lubricating noho ny rafitra misy sosona, izay mampihena ny fikorontanana sy ny fitaratry ny faritra mihetsika.

Tsy misy poizina: Azo ampiasaina amin'ny sehatra isan-karazany, anisan'izany ny indostrian'ny fitsaboana sy ny fanodinana sakafo, noho ny toetrany tsy misy poizina.

Fahombiazana amin'ny mari-pana ambony: Mitazona ny fahamarinan-toerana amin'ny mari-pana ambony indrindra, mihoatra ny 1000 ° C amin'ny atmosfera inert, ka mety amin'ny fampiharana refractory.

(BN+Al2O3 99% BN Boron Nitride Ceramic Tube Rod Ring Boron Nitride Insulation parts in Vacuum & High Temperature Equipments)

Specification of BN+Al2O3 99% BN Boron Nitride Ceramic Tube Rod Ring Boron Nitride Insulation parts in Vacuum & High Temperature Equipments

BN+A l2O3 99% BN boron nitride ceramic tube, rod, ring, and insulation parts are designed for vacuum cleaner and high-temperature equipment. The material integrates 99% boron nitride with aluminum oxide. This mix offers high thermal stability, reduced thermal expansion, and strong electrical insulation. The parts take care of severe temperatures up to 1800 ° C in vacuum problems. They stay steady in inert or lowering environments.

These elements resist thermal shock. Unexpected temperature adjustments do not trigger cracks or damage. The low thermal development maintains shapes and sizes exact under warm. This is vital for accuracy tools. The high thermal conductivity enables also warmth circulation. It avoids locations in systems.

BN+A l2O3 components are chemically inert. They do not react with most molten metals, salts, or acids. This makes them optimal for extreme settings like steel casting or semiconductor processing. The product’s electric insulation works in high-voltage setups. It stops existing leakage even at high temperatures.

The ceramic tubes, poles, and rings been available in common and personalized dimensions. Tubes have smooth inner and outer surfaces. This makes certain very easy installation and minimal friction. Poles provide structural support in high-stress areas. Rings work as seals or spacers in heating system settings up. All components are machined to limited resistances for dependable efficiency.

BN+A l2O3 insulation components lower heat loss in vacuum systems. They boost power performance in high-temperature procedures. The product’s low thickness makes components lightweight. It eases handling and installment without sacrificing strength.

These porcelains are devoid of binders or additives. They stay clear of outgassing in vacuum settings. This keeps systems clean and maintains pressure security. The components operate in applications like crystal development heaters, sintering devices, and aerospace testing arrangements.

Surface treatments or coverings are not required. The product’s all-natural lubricity reduces wear throughout operation. It prolongs the lifespan of both the elements and surrounding parts. BN+A l2O3 products work with graphite, steels, and other porcelains. They match existing setups without compatibility issues.

The manufacturing process makes sure very little porosity. This improves mechanical strength and thermal efficiency. Custom shapes and sizes are offered. They meet details equipment needs. The material’s integrity fits sectors such as metallurgy, electronic devices, and power research.

BN+A l2O3 parts are evaluated for efficiency under real-world problems. They fulfill strict top quality standards. Individuals get consistent cause essential high-temperature applications.

(BN+Al2O3 99% BN Boron Nitride Ceramic Tube Rod Ring Boron Nitride Insulation parts in Vacuum & High Temperature Equipments)

Applications of BN+Al2O3 99% BN Boron Nitride Ceramic Tube Rod Ring Boron Nitride Insulation parts in Vacuum & High Temperature Equipments

BN+A l2O3 99% BN boron nitride ceramic components are commonly utilized in vacuum cleaner and high-temperature equipment. These parts consist of tubes, rods, rings, and insulation parts. The product combines boron nitride with light weight aluminum oxide. This mix enhances mechanical strength while keeping key residential or commercial properties of boron nitride. Boron nitride has high thermal security. It works in settings over 2000 ° C. It stands up to thermal shock. Abrupt temperature level modifications do not harm it. This makes it reliable in severe conditions.

The ceramic has low electric conductivity. It functions as an insulator in high-temperature systems. It prevents electrical leak in furnaces or semiconductor devices. The product is chemically inert. It does not react with most metals, acids, or molten salts. This is useful in chemical handling tools. It remains steady when exposed to responsive materials.

In vacuum cleaner systems, BN+A l2O3 parts show reduced outgassing. They launch minimal gases under high vacuum cleaner. This keeps the vacuum cleaner setting clean. The product is utilized in vacuum heater insulation. It reduces warm loss and improves energy efficiency. Tubes and rods made from this ceramic serve as thermocouple shields or example owners. They shield sensors from direct warm and rust.

High-temperature tools like sintering heating systems utilize BN+A l2O3 rings and insulation plates. These parts different heated areas while obstructing heat transfer. They make sure temperature control in commercial processes. The ceramic’s smooth surface stops sticking. Molten metals or glass do not adhere to it. This streamlines maintenance and expands part life.

BN+A l2O3 components are machined into custom forms. They fit complex tools styles. The product is lightweight contrasted to metals. It minimizes tons on support structures. Its mix of thermal, electric, and chemical buildings makes it a functional selection for requiring applications. Industries like aerospace, metallurgy, and electronic devices depend on these ceramics for important procedures.

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)

Fomba fandoavam-bola

T / T, Western Union, Paypal, carte de crédit sns.

Fomba fandefasana

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

5 FAQs of BN+Al2O3 99% BN Boron Nitride Ceramic Tube Rod Ring Boron Nitride Insulation parts in Vacuum & High Temperature Equipments

What makes BN+Al2O3 ceramic parts suitable for high-temperature equipment? BN+Al2O3 ceramic parts handle temperatures up to 1800°C in air. The material combines boron nitride’s thermal stability with alumina’s strength. It resists thermal shock. This means it won’t crack when heated or cooled quickly. It works in furnaces, reactors, or other high-heat setups.

Do BN+Al2O3 parts conduct electricity? No. BN+Al2O3 is an electrical insulator. It blocks electric current even at high temperatures. This makes it safe for use near heating elements or charged components. It prevents short circuits. It’s ideal for insulating electrodes or protecting sensitive parts.

Why choose BN+Al2O3 over pure boron nitride? Adding alumina improves mechanical strength. Pure boron nitride is soft. Alumina makes the material harder. It still keeps boron nitride’s low friction and non-stick properties. The mix lasts longer in rough conditions. It handles wear better.

Can BN+Al2O3 parts work in vacuum environments? Yes. The material has low outgassing. It releases minimal gases under vacuum. This keeps vacuum systems stable. It resists reactions with metals or gases. It’s used in vacuum furnaces, semiconductor tools, and space simulation setups.

How do I maintain BN+Al2O3 parts? Avoid mechanical shock. The material is brittle. Clean it with dry air or soft brushes. Don’t use abrasive chemicals. Check for cracks or wear before use. Store it in dry conditions. Moisture doesn’t damage it. Dust can affect performance. Keep surfaces clean.

(BN+Al2O3 99% BN Boron Nitride Ceramic Tube Rod Ring Boron Nitride Insulation parts in Vacuum & High Temperature Equipments)