Увод у керамику од глинице

Алуминијумска керамика је позната по својој високој тврдоћи, отпорности на хабање, отпорности на корозију, доброј електричној изолацији и високој температурној стабилности. Према различитом садржају глинице, може се поделити на различите разреде, као што су 95 порцелан, 99 порцелан, итд., Међу којима се 99 порцелан односи на керамичке материјале са садржајем глинице од 99%. Како се садржај глинице повећава, његова механичка чврстоћа и својства електричне изолације ће се такође повећати у складу са тим.

Карактеристике глинице керамике

Висока тврдоћа: Керамика од алуминијума има изузетно високу тврдоћу, што је чини веома отпорном на хабање и погодном за производњу абразивних алата и делова који захтевају отпорност на хабање.

Отпорност на хабање: Због своје високе тврдоће, алуминијска керамика показује одличну отпорност на хабање и погодна је за производњу делова за дуготрајну употребу.

Отпорност на корозију: Керамика од алуминијума има добру отпорност на већину киселина и алкалија, што их чини широко примењеним у хемијској индустрији.

Добра електрична изолација: Као одличан електрични изолациони материјал, алуминијумска керамика се широко користи у електронским и електричним производима.

Стабилност на високим температурама: Способност да издржи екстремно високе температуре без значајних физичких или хемијских промена, што га чини идеалним избором за примену у окружењима са високим температурама.

Биокомпатибилност: У области медицине, одређене врсте глине керамике се користе за израду медицинских уређаја као што су вештачки зглобови због њихове добре биокомпатибилности.

(High Temperature Resistance 99% Alumina Ceramic Tube)

Specifications of High Temperature Resistance 99% Alumina Ceramic Tube

The High Temperature Resistance 99% Alumina Ceramic Tube is created for severe warmth atmospheres. It consists of 99% light weight aluminum oxide, guaranteeing solid thermal stability. The product takes care of temperatures up to 1800 ° C without shedding structural stability. It resists thermal shock, making it ideal for rapid heating or cooling. Television has low thermal conductivity, reducing warmth transfer to surrounding components. This feature improves power performance in high-temperature applications.

The ceramic tube provides outstanding mechanical toughness. Its solidity matches ruby, giving resistance to put on and abrasion. The surface remains smooth also after prolonged usage. This reduces friction and extends service life. The product withstands rust from acids, alkalis, and molten steels. It does accurately in harsh chemical environments.

Electrical insulation is another essential benefit. The alumina ceramic tube blocks high-voltage currents. It maintains insulation buildings at heats. This stops electric failings in commercial heating systems. The dielectric stamina surpasses 15 kV/mm, guaranteeing safety in demanding problems.

Dimensions differ to meet different needs. Typical external diameters range from 5 mm to 150 mm. Wall surface thickness options period 1 mm to 20 mm. Custom sizes are readily available for specialized setups. The tubes work with typical industrial devices.

Applications include furnace cellular linings, thermocouple security, and semiconductor handling. The tubes operate in kilns, lasers, and high-temperature sensing units. They are ideal for metallurgy, aerospace, and energy fields. Their purity decreases contamination in sensitive processes.

The product is chemically inert. It does not react with most gases or fluids. This makes sure stable efficiency in responsive environments. The tubes are machined precisely for tight resistances. Surface finishes can be adjusted for certain demands.

Product packaging includes safety padding to prevent damages throughout delivery. Mass orders are supported for massive jobs. Technical support is readily available for installation support. The product meets worldwide standards for industrial porcelains.

Maintenance is marginal due to the product’s resilience. Regular inspections are advised for optimal performance. Cleansing involves non-abrasive approaches to maintain surface area top quality. Storage ought to stay clear of direct moisture or extreme temperature changes.

(High Temperature Resistance 99% Alumina Ceramic Tube)

Applications of High Temperature Resistance 99% Alumina Ceramic Tube

High-temperature resistance 99% alumina ceramic tubes are widely made use of in markets needing long lasting materials for severe warmth. These tubes handle temperature levels approximately 1800 ° C. They stay stable under thermal tension. Their high alumina web content ensures stamina and deterioration resistance. This makes them excellent for extreme settings.

In metallurgy, these tubes safeguard thermocouples and sensing units in molten steel handling. They protect devices from straight contact with fluid steels. This extends tool life expectancy. They likewise serve as heater linings. They withstand long term exposure to extreme warm without breaking down.

The semiconductor industry depends on these tubes for wafer processing. High-purity alumina prevents contamination throughout high-temperature actions like diffusion and CVD. Televisions make sure clean conditions for delicate digital elements. They additionally function as insulators in high-heat equipment.

Aerospace applications utilize alumina ceramic tubes in engine parts and exhaust systems. They insulate parts from severe warmth during procedure. Their lightweight nature reduces overall system weight. This improves fuel effectiveness.

Chemical plants utilize these tubes in activators and pipelines taking care of destructive compounds. They resist acid and antacid assaults at heats. This decreases upkeep costs. They likewise function as protective sleeves for heating elements in industrial heating systems.

Power generation systems utilize alumina tubes as insulators in wind turbines and central heating boilers. They manage heat distribution effectively. This improves power outcome. Their electric insulation buildings protect against short circuits in high-voltage configurations.

Laboratories use these tubes for high-temperature experiments. They securely include responses entailing extreme heat. Their thermal security guarantees exact outcomes. They are likewise made use of in kilns and ovens for material screening.

These tubes are crucial in glass production. They direct molten glass through forming equipments. Their smooth surface area prevents sticking. This ensures consistent product top quality.

99% alumina ceramic tubes provide reliability across sectors. Their combination of warmth resistance and mechanical toughness makes them a functional option for demanding applications. They execute where typical materials fall short. This lowers downtime and functional expenses.

Компанија Увод

Адванцед Церамицс основан 17. октобра 2014. године, је високотехнолошко предузеће посвећено истраживању и развоју, производњи, преради, продаји и техничким услугама керамичких сродних материјала и производа.. Од свог оснивања 2014. године, компанија је посвећена пружању купаца најбољим производима и услугама, и постала је лидер у индустрији у области квалитета кроз континуирано и строго управљање.

Наши производи укључују, али не ограничавајући се на керамичке производе од силицијум карбида, керамичке производе од бор карбида, керамичке производе од бор нитрида, керамичке производе од силицијум карбида, керамичке производе од силицијум нитрида, керамичке производе од цирконијум диоксида, производе од кварца, итд. Слободно нас контактирајте@.(нахонотру.цом).

Начини плаћања

Т/Т, Вестерн Унион, Паипал, кредитна картица итд.

Методе отпреме

Ваздухом, морем, експресним путем, по захтеву купаца.

5 FAQs of High Temperature Resistance 99% Alumina Ceramic Tube

High Temperature Resistance 99% Alumina Ceramic Tube FAQs

What is the maximum temperature this ceramic tube can handle? The tube withstands temperatures up to 1800°C in continuous use. It handles short-term peaks near 1900°C without losing structural integrity. This makes it ideal for high-heat industrial processes.

What industries commonly use these tubes? They are widely used in metallurgy, aerospace, semiconductor manufacturing, and chemical processing. These fields need materials that perform reliably under extreme heat. The tubes serve as protective sheaths, insulating components, or reaction chambers.

How does 99% alumina compare to other ceramic materials? Alumina ceramic offers higher purity and better thermal stability than materials like zirconia or silicon carbide. It resists oxidation and chemical corrosion better. This reduces wear over time.

Can the tubes handle rapid temperature changes? Yes. The material has excellent thermal shock resistance. It cools or heats quickly without cracking. This is due to low thermal expansion and high mechanical strength.

Are there special handling requirements? Avoid mechanical impacts during installation. Surface flaws from rough handling can weaken the tube. Clean it with non-abrasive materials to prevent scratches. Store it in a dry environment to minimize moisture absorption before use.

The tube’s performance depends on proper installation and maintenance. Users should follow manufacturer guidelines for specific applications. Testing under real-world conditions is recommended for critical uses.

(High Temperature Resistance 99% Alumina Ceramic Tube)