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.

(96% Alumina Al2o3 Ceramic Substrate Laser Cutting Customized Ceramic Disc)

Specifications of 96% Alumina Al2o3 Ceramic Substrate Laser Cutting Customized Ceramic Disc

The 96% Alumina Al2O3 Ceramic Substrate Laser Cutting Custom-made Ceramic Disc is made for high-performance commercial applications. This product utilizes advanced laser cutting innovation to guarantee specific forms and measurements. The product contains 96% alumina, providing outstanding mechanical toughness and thermal stability. It runs successfully in temperature levels approximately 1600 ° C, making it suitable for severe settings. The ceramic disc withstands chemical deterioration and wear, making certain long-term dependability.

Customization options include various sizes, densities, and geometric patterns. Laser cutting permits tight resistances, with minimum feature dimensions as tiny as 0.1 mm. The surface area coating is smooth, minimizing the demand for post-processing. This substrate is compatible with metallization processes, making it possible for simple combination into electronic circuits. Its high dielectric stamina sustains applications in high-frequency and high-voltage systems.

The ceramic disc is excellent for electronic devices, working as a base for circuit boards, sensors, and insulators. It is made use of in automotive systems for ignition parts and exhaust sensors. Medical devices take advantage of its biocompatibility and resistance to sterilization methods. Industrial equipment relies upon its durability in unpleasant or high-heat problems.

Key specifications include a density of 3.7 g/cm six and a hardness of 15 Grade point average. The thermal development coefficient is 7.2 x 10 ⁻⁶/ ° C, decreasing anxiety under temperature level adjustments. Electrical insulation exceeds 10 ¹² Ω · cm, preventing leakage currents. The material’s flexural toughness reaches 350 MPa, lowering damage threat during handling.

Custom-made orders accommodate specific opening patterns, ports, or edge accounts. Laser cutting ensures tidy sides without micro-cracks, maintaining architectural integrity. Preparations vary based on design complexity, with typical alternatives offered for quick shipment. Product packaging options protect the discs throughout delivery, stopping damage.

This product meets market requirements for top quality and efficiency. Testing includes look for dimensional accuracy, surface issues, and thermal shock resistance. Set uniformity is preserved via extensive quality control. Technical support is readily available to assist with design optimization and material selection.

The 96% Alumina Porcelain Disc combines accuracy engineering with robust product buildings. It addresses challenges sought after applications where standard materials stop working. Its flexibility makes it a preferred choice across numerous industries.

(96% Alumina Al2o3 Ceramic Substrate Laser Cutting Customized Ceramic Disc)

Applications of 96% Alumina Al2o3 Ceramic Substrate Laser Cutting Customized Ceramic Disc

The 96% alumina Al2O3 ceramic substratum laser-cut customized ceramic disc is a high-performance material utilized in several markets. It offers excellent thermal stability, high mechanical toughness, and solid electrical insulation. These residential or commercial properties make it optimal for demanding applications.

In electronic devices, the ceramic disc functions as a dependable base for circuit card. It deals with high temperatures without deforming. This is essential in power electronic devices. Devices like LED modules and semiconductor bundles utilize it. The product’s low thermal expansion makes sure parts stay aligned. Laser cutting enables accurate forms for complicated circuits.

The auto market utilizes these discs in sensors and ignition systems. They stand up to severe heat and resonance. Engine control systems count on their security. Personalized dimensions fit tight spaces in modern-day cars.

Medical devices gain from the product’s biocompatibility. It is made use of in imaging tools and surgical devices. Its electrical insulation prevents disturbance in sensitive tools. Laser-cut edges are smooth, reducing contamination dangers.

Industrial machinery uses ceramic discs as insulators in high-temperature procedures. They safeguard equipment in furnaces or welding systems. Their wear resistance prolongs element life. Customized shapes adapt to certain equipment designs.

Telecommunications tools makes use of these discs for signal honesty. They support high-frequency circuits in antennas and transmitters. The product’s low dielectric loss boosts performance.

Laser reducing allows fast, accurate personalization. Complicated geometries are feasible without endangering stamina. This flexibility meets distinct job demands.

The 96% alumina ceramic disc is economical for high-volume manufacturing. It reduces downtime by lasting longer than typical products. Industries select it for dependability and flexibility.

Its chemical resistance fits severe atmospheres. It carries out well in corrosive setups like chemical plants. This minimizes upkeep and replacement prices.

The mix of sturdiness and precision makes it a leading option for innovative modern technologies. Designers trust it for crucial applications where failing is not a choice.

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 96% Alumina Al2o3 Ceramic Substrate Laser Cutting Customized Ceramic Disc

What is 96% alumina Al2O3 ceramic substrate?
96% alumina Al2O3 ceramic substrate is a high-performance material made mostly from aluminum oxide. It offers high thermal stability, strong mechanical strength, and excellent electrical insulation. This makes it ideal for applications needing durability under extreme temperatures or harsh environments.

How accurate is laser cutting for ceramic discs?
Laser cutting provides high precision. It achieves tight tolerances, often within ±0.05 mm. The process ensures clean edges without chipping or cracking. Complex shapes and fine details are possible. This method works well for custom designs needing exact specifications.

Can the ceramic discs be customized in size and shape?
Yes. Custom sizes and shapes are available. Laser cutting allows flexibility in design. Common shapes include circles, rectangles, and complex geometries. Thickness and diameter can be adjusted based on project needs. Specifications are tailored to fit specific industrial or electronic uses.

What industries use these laser-cut ceramic discs?
These discs are used in electronics, automotive, aerospace, and medical fields. They serve as circuit carriers, insulators, sensor components, or heat-resistant parts. Their reliability in high-temperature and high-stress environments makes them suitable for demanding applications.

Why pick laser cutting over other methods for alumina ceramics?
Laser cutting is faster and more precise than mechanical or manual methods. It reduces material waste and avoids tool wear. The non-contact process minimizes damage to the ceramic. This ensures consistent quality and reduces post-processing steps. It is cost-effective for both small and large production runs.

(96% Alumina Al2o3 Ceramic Substrate Laser Cutting Customized Ceramic Disc)