Yleiskatsaus piikarbidikeramiikkaan

Piikarbidikeramiikka (SiC) tunnetaan erinomaisista mekaanisista ominaisuuksistaan, mukaan lukien korkea kovuus, lujuus korkeissa lämpötiloissa ja erinomainen lämpöiskun kestävyys. Nämä materiaalit ovat keskeisiä huippuluokan teollisissa sovelluksissa hioma-aineista ilmailukomponentteihin niiden ainutlaatuisen ominaisuuksien yhdistelmän ansiosta.

Piikarbidikeramiikan ominaisuudet

Korkea kovuus: Poikkeuksellinen kulutuskestävyys.

Lämpöshokin kestävyys: Kestää nopeita lämpötilan muutoksia.

Kemiallinen stabiilisuus: Kestää useimpia kemikaaleja.

Korkea lämmönjohtavuus: Tehokas lämmönpoisto.

Matala tiheys: Kevyt lujuuteensa nähden.

(Tulenkestävä piikarbiditankoputki Si3n4 piinitridikeraaminen putkirulla)

Specification of Refractory SiC Silicon Carbide Rod Tube Si3n4 Silicon Nitride Ceramic Pipe Roller

The Refractory SiC Silicon Carbide Rod, Tube, Si3N4 Silicon Nitride Ceramic Pipe, and Roller are made for severe warmth and severe problems. These items provide high thermal conductivity and reduced thermal development. They withstand thermal shock and resist chemical rust successfully. The products guarantee strong mechanical efficiency and durability under stress and anxiety.

Silicon Carbide (SiC) uses exceptional thermal conductivity. It runs dependably in temperatures as much as 1600 ° C. SiC rods have a density of 3.1 g/cm three and purity over 99%. They take care of mechanical pressure approximately 450 MPa. Silicon Nitride (Si3N4) excels in thermal shock resistance. It stands up to rapid temperature adjustments without damage. Si3N4 pipes feature a thickness of 3.2 g/cm five and withstand oxidation as much as 1400 ° C. Their crack sturdiness exceeds 6 MPa · m ¹/ ².

The product line consists of poles, tubes, pipelines, and rollers. Rods function as burner in commercial heating systems. Tubes deliver gases or liquified metals in high-temperature configurations. Pipes are utilized in semiconductor production for rust resistance. Rollers sustain conveyor systems in kilns and steel mills.

Criterion sizes vary from 10mm to 150mm. Lengths can be personalized up to 3000mm. These parts fit applications in metallurgy, aerospace, and chemical processing. They perform in glass manufacturing and power generation.

High mechanical stamina protects against deformation under hefty tons. Use resistance decreases upkeep requirements. Deterioration resistance makes sure security in acidic or alkaline conditions. Custom-made sizes and shapes fulfill certain demands. Choices consist of threaded ends, flanged connections, or special layers. Products go through rigorous quality look for precision and stability. Advanced sintering strategies make certain regular efficiency.

(Tulenkestävä piikarbiditankoputki Si3n4 piinitridikeraaminen putkirulla)

Tulenkestävän SiC-piikarbidiputken Si3n4-piinitridikeraamisen putkirullan sovellukset

Refractory silicon carbide (SiC) and silicon nitride (Si3N4) ceramic components like poles, tubes, pipelines, and rollers are commonly used in high-temperature commercial applications. These products handle severe warmth, mechanical anxiety, and rough atmospheres better than metals or conventional ceramics. Silicon carbide offers high thermal conductivity, superb wear resistance, and security in temperature levels approximately 1600 ° C. Silicon nitride adds superior thermal shock resistance, preserving strength in quick temperature level changes. These homes make them crucial in sectors calling for durability and dependability.

In metallurgy and glass production, SiC poles and tubes work as heating elements in electrical furnaces. They heat products uniformly and last longer than steel choices. Si3N4 rollers lead glass sheets or steel strips through production lines. Their low thermal growth protects against warping, ensuring accurate shaping. Automotive and aerospace industries utilize silicon nitride ceramic pipelines in exhaust systems and wind turbine elements. They lower weight, boost heat management, and stand up to combustion gases.

Power production depends on SiC-based heater nozzles and warmth exchangers. They endure harsh gas and high-pressure conditions in nuclear power plant. Semiconductor making uses SiC tubes for wafer processing. Their pureness protects against contamination during high-temperature etching or deposition. Chemical plants utilize Si3N4 pipes to transfer aggressive liquids. The product stands up to acids, antacid, and unpleasant slurries, minimizing downtime.

Industrial kilns and heating systems rely on SiC rollers to relocate products via home heating zones. The rollers maintain structural honesty under heavy tons and thermal cycling. Mining equipment incorporates silicon carbide liners and nozzles to take care of abrasive ores. They outlive steel parts, decreasing replacement expenses.

These ceramics sustain innovative innovations like photovoltaic panel manufacturing and electrical car batteries. SiC burner make it possible for precise temperature control in crystal development for solar batteries. Silicon nitride insulators shield battery parts from thermal degradation. Their flexibility across industries highlights their role in boosting efficiency and sustainability.

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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Lähetysmenetelmät

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5 usein kysyttyä tulenkestävästä SiC-piikarbidiputkesta Si3n4-piinitridikeraamisesta putkirullasta

Refractory SiC silicon carbide rods, tubes, and Si3N4 silicon nitride ceramic pipe rollers serve high-temperature industrial applications. Below are common FAQs.

What industries use these products? These components are ideal for kilns, furnaces, and high-heat machinery. They work in metal processing, semiconductor manufacturing, and aerospace. Their heat resistance suits environments where metals fail.

How much heat can they handle? Silicon carbide handles up to 1600°C in air. Silicon nitride withstands 1300°C. Both materials retain strength under extreme temperatures. Oxidation resistance prevents breakdown in long-term use.

Why choose these over metals or other ceramics? Silicon carbide and nitride have higher thermal conductivity. They resist thermal shock better. Wear and corrosion resistance extends service life. They avoid deformation or melting issues seen in metals.

Are there handling precautions? Avoid sudden temperature changes. Mechanical impacts can cause cracks. Follow manufacturer guidelines for installation. Gradual heating and cooling cycles prevent stress damage. Proper storage keeps surfaces contamination-free.

Can these parts be customized? Sizes and shapes are adjustable. Provide specifications like diameter, length, or surface finish. Custom designs meet specific machinery or process needs. Material grades are selected based on application demands.

These answers clarify basic user concerns. The products address high-performance requirements in demanding settings.

(Tulenkestävä piikarbiditankoputki Si3n4 piinitridikeraaminen putkirulla)