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.

(Alumina Ceramic Balls 65% Al2O3 High Temp Resistance for Industrial Furnaces-Heat & Cool Storage)

Specifications of Alumina Ceramic Balls 65% Al2O3 High Temp Resistance for Industrial Furnaces-Heat & Cool Storage

Alumina ceramic spheres with 65% Al2O3 are made for high-temperature industrial applications. These rounds handle severe heat in heaters and heat storage systems. They function well in environments needing thermal security and chemical resistance. The product make-up guarantees toughness under severe conditions.

The balls are made from 65% alumina content. This provides a balance of strength and cost-effectiveness. They stand up to temperatures as much as 1500 ° C. Thermal shock resistance avoids fracturing during quick home heating or air conditioning. Their low thermal growth maintains architectural honesty.

Chemical security is an essential function. The balls resist acids, antacid, and destructive gases. This makes them ideal for chemical handling sectors. Mechanical toughness makes certain minimal wear gradually. They endure heavy loads and abrasive conditions.

Standard dimensions range from 3mm to 50mm in diameter. Custom sizes are available for particular demands. Mass thickness is in between 2.2 g/cm six and 2.4 g/cm three. High solidity levels minimize bit contamination. Smooth surfaces enhance heat transfer performance.

These ceramic spheres are used in commercial furnace linings. They distribute warmth uniformly and preserve power. Warm storage space systems use them to keep thermal energy. Cooling systems take advantage of their fast warm dissipation.

Industrial applications include steel manufacturing, petrochemical refining, and power generation. They change standard materials like steel or silica-based products. Their longevity reduces upkeep prices. Regular performance guarantees procedure reliability.

The spheres work with oxidizing and decreasing atmospheres. They execute in electrical, gas, or oil-fired heaters. Minimal porosity prevents gas absorption. This avoids contamination in sensitive processes.

Packaging choices include mass bags or customized containers. Taking care of standards make certain safe transport and storage space. Quality assurance tests validate dimension, thickness, and thermal residential properties. Technical assistance is available for application-specific queries.

Modification covers size, composition, and performance specifications. Special orders suit one-of-a-kind commercial requirements. Manufacturing lead times vary based upon order quantity. Samples can be attended to testing before large purchases.

(Alumina Ceramic Balls 65% Al2O3 High Temp Resistance for Industrial Furnaces-Heat & Cool Storage)

Applications of Alumina Ceramic Balls 65% Al2O3 High Temp Resistance for Industrial Furnaces-Heat & Cool Storage

Alumina ceramic rounds with 65% Al2O3 are commonly used in commercial heating systems and heat-cool storage space systems. These ceramic rounds deal with extreme temperatures. They withstand thermal shock and chemical rust. This makes them perfect for severe commercial environments. Their main duty is storing and transferring heat successfully. They help maintain regular temperatures in heating systems. This boosts energy effectiveness and lowers operational costs.

The high alumina material guarantees durability. These rounds withstand temperatures approximately 1600 ° C. They retain strength under repeated heating and cooling cycles. This avoids breaking or contortion. Their steady framework prolongs service life. This decreases substitute regularity and upkeep expenses.

Industrial heaters in metallurgy and glassmaking depend on these ceramic spheres. They function as warmth storage space media. Throughout furnace operation, they take in excess heat. When the temperature level drops, they launch kept warm. This stabilizes the thermal atmosphere. It makes sure uniform heating for materials. This process enhances product high quality in production.

Heat-cool storage space systems additionally gain from these balls. They store thermal energy during high-demand periods. Later, they launch it when needed. This equilibriums energy use and cuts waste. Nuclear power plant and chemical plants utilize them for this purpose. They support sustainable operations by maximizing power administration.

Chemical security is an additional benefit. The rounds withstand acids and antacids. They do not respond with a lot of commercial gases or molten materials. This makes them suitable for chemical handling devices. They execute reliably in harsh ambiences.

These alumina ceramic balls are affordable. Their lengthy life-span and low upkeep decrease expenses. They improve furnace effectiveness by decreasing heat loss. This causes decrease fuel usage. Industries achieve better performance with less sources.

Setup is straightforward. The rounds match existing heating system designs without significant modifications. They require marginal supervision throughout procedure. Regular examinations guarantee they function optimally. Appropriate handling prevents physical damages during usage.

Their versatility includes multiple sectors. Steel production, petrochemical refining, and ceramic manufacturing all make use of these rounds. They adapt to varying thermal demands. This adaptability makes them a useful selection for varied applications.

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 Alumina Ceramic Balls 65% Al2O3 High Temp Resistance for Industrial Furnaces-Heat & Cool Storage

What are alumina ceramic balls 65% Al2O3 made of?
These balls contain 65% aluminum oxide (Al2O3) mixed with other raw materials. The mix is shaped into balls and fired at high temperatures. This process creates strong, dense ceramic balls suited for tough industrial conditions.

Why use these balls in industrial furnaces?
They handle temperatures up to 1600°C without breaking down. Their high heat resistance makes them ideal for lining furnaces or protecting parts. They store heat well, improving furnace efficiency during heating and cooling cycles.

Do they resist sudden temperature changes?
Yes. The 65% Al2O3 content balances strength and flexibility. This reduces cracking when temperatures shift fast. They work in systems requiring rapid heating or cooling, like heat recovery units.

How long do these ceramic balls last?
They last longer than many materials. Their hardness resists wear from friction or chemicals. Regular cleaning prevents dust buildup, extending their lifespan. Exact durability depends on operating conditions like temperature and chemical exposure.

Where else are these balls used?
Beyond furnaces, they store heat in energy systems or regulate temperatures in chemical reactors. They also support catalysts in gas treatment. Their versatility suits industries needing reliable high-temperature solutions.

(Alumina Ceramic Balls 65% Al2O3 High Temp Resistance for Industrial Furnaces-Heat & Cool Storage)