alumina crucible
alumina crucible
alumina crucible
alumina crucible

Alumina Crucible Aluminum Oxide Ceramic Crucible With Nozzle

The alumina crucible is capable of enduring high temperatures, acids, and alkalis, featuring remarkable corrosion resistance and thermal shock resistance. It is commonly utilized in both high-temperature chemical analysis experiments as well as industrial material testing and analysis, used to heat and melt various materials for the purpose of analyzing their physical and chemical properties.

  • Brand:

    ATCERA
  • Item NO.:

    TE-OEM-124
  • Materials

    Alumina
  • Shapes

    Crucible
  • Applications

    Petrochemical Industry , Metallurgy Industry , Laboratory Equipment and Instruments
aluminum oxide crucible with nozzle

Advantages of Aluminum Oxide Ceramic Crucible With Nozzle

 

1. Using high purity alumina as raw material, purity is higher than 99%.

 

2. Using grouting molding process, so the product compactness is quite good.

 

3. The smelting material is easy to pour out for crucible with spout.

ceramic crucible

Applications of Alumina Ceramic Crucible With Nozzle

 

1. Widely used in metal processing, glass melting, jewelry industry gem purification and other high temperature applications.

 

2. Widely used in metallurgical, chemical and material science experiments.

 

3. Crucible with spout is mainly used for high temperature melting test and thermal analysis of materials.

 

Size Chart of Alumina Ceramic Crucible With Nozzle

 

We are committed to delivering optimal aluminum oxide crucible with nozzle tailored to your exact specifications. Our dedicated team ensures meticulous adherence to your instructions, striving to exceed customer expectations. Additionally, we offer the flexibility of custom sizes to accommodate your unique requirements.

 

Requirements for Custom Design
1. Drawing (can attach material requirements, purity, size, tolerance standard)
2. High temperature resistance requirements
3. Application scenario

 

 

Drawing of Alumina Ceramic Crucible With Nozzle

Alumina Ceramic Crucible With Nozzle
Item NO. Outer Diameter Thickness Inner diameter (mm) Inner diameter (mm) TOP diameter Height Al2O3's Purity
(mm) (mm) (4mm Thickness) (8mm Thickness) (mm) (mm) (%)
TE-OEM-124 30 4-8 22 14 40 15 99-99.6
TE-OEM-125 30 4-8 22 14 40 28 99-99.6
TE-OEM-126 30 4-8 22 14 40 35 99-99.6
TE-OEM-127 40 4-8 32 24 50 30 99-99.6
TE-OEM-128 44 4-8 36 28 54 27 99-99.6
TE-OEM-129 50 4-8 42 34 60 35 99-99.6
TE-OEM-130 50 4-8 42 34 60 47 99-99.6
TE-OEM-131 50 4-8 42 34 60 60 99-99.6
TE-OEM-132 50 4-8 42 34 60 75 99-99.6
TE-OEM-133 60 4-8 52 44 70 80 99-99.6
TE-OEM-134 68 4-8 60 52 78 92 99-99.6
TE-OEM-135 75 4-8 67 59 85 46 99-99.6
TE-OEM-136 80 4-8 72 64 90 75 99-99.6
TE-OEM-137 85 4-8 77 69 95 90 99-99.6
TE-OEM-138 90 4-8 82 74 100 80 99-99.6
TE-OEM-139 94 4-8 86 78 104 76 99-99.6
TE-OEM-140 100 4-8 92 84 110 65 99-99.6
TE-OEM-141 190 4-8 182 174 200 70 99-99.6
TE-OEM-142 190 4-8 182 174 200 65 99-99.6
TE-OEM-143 100 4-8 92 84 110 70 99-99.6
TE-OEM-144 150 4-8 142 134 160 80 99-99.6
TE-OEM-145 270 8 / 254 280 55 99-99.6
TE-OEM-146 340 8 / 324 350 120 99-99.6
TE-OEM-147 400 8 / 384 410 90 99-99.6
TE-OEM-148 450 8 / 434 460 85 99-99.6

Specification of Aluminium Oxide Materials

Material 99% Alumina (AL2O3)
Thermal Conductivity 24.0w/m.k
Electrical Insulation ≤22.5KV, temperature resistance up to 1600℃
Density 3.83g/cm3
Thermal Expansion Coefficient 7*10-6/℃
Bending Strength (at room temperature) 310MPa
Compressive Strength (at room temperature) 2200MPa
Hardness (Hv) 1650
Fracture Toughness 4.2MPa*m1/2

 

*This chart illustrates the standard characteristics of the alumina materials commonly employed in the manufacturing of our alumina products and parts. Please be aware that the attributes of customized aluminum oxide products and parts may vary depending on the specific processes involved.

 
 

Usage Instructions

1. Cleansing Procedure: Before utilizing the alumina crucible, ensure to perform a thorough cleaning to eliminate impurities and dust from its surface. Use a soft cloth or brush for gentle wiping; refrain from employing hard objects or metal brushes to prevent any scratches on the crucible surface.
 
2. Minimize Vibrations: While employing the crucible, steer clear of intense vibrations or collisions to prevent any potential damage to its structural integrity.
 
3. Chemical Interaction Caution: Although alumina crucibles exhibit excellent resistance to strong acids and alkalis, prolonged exposure to these substances may trigger chemical reactions on the surface, impacting its overall lifespan. Exercise caution during use, minimizing contact with strong acids and bases and opting for milder reagents.
 
4. Optimal Preheating: Set the preheating temperature at approximately 105℃, ensuring a slow and uniform heating process. Control the heating rate meticulously, and refrain from frequently opening the furnace door. For temperatures below 1200℃, maintain a rate of <5℃/min, and for temperatures above 1200℃, keep it <4℃/min.
 
5. Heating Guidelines: Avoid using a gasoline spray gun, acetylene gun, or alcohol spray burner for direct heating to prevent explosive cracking due to uneven heat. Maintain a distance of no less than 2cm between the crucible and the heating body, employing materials like corundum sheet to lift the crucible and facilitate air convection, thereby extending its service life.
 
6. Residue Removal: It is permissible to clean residue from the crucible surface while it is still hot, but refrain from using acid and alkali substances for cleaning.
 
7. Molten Sample Suitability: Alumina crucibles are suitable for molten samples containing weakly alkaline substances like anhydrous Na2CO3, but unsuitable for strongly alkaline substances such as Na2O2, NaOH, and acidic substances like potassium pyrosulfate K2S2O7.
 
8. Safety Measures: Due to the high temperatures involved, ensure personal safety during use by donning heat-releasing gloves and protective glasses to prevent burns or eye injuries.
 
9. Storage Guidelines: When storing alumina crucibles, place them in a dry and well-ventilated environment to prevent friction or collisions with other items, thereby avoiding potential scratches or damage to the crucible surface.

Valuable Information

 

Production Process Flow

Production Process Flow

 

1. Raw material processing

 

2. Compression mouduling 

 

3. High temperature sintering

 

4. Primary grinding

 

5. CNC processing

 

6. Product inspection

Customization Advantages
Customization Advantages

 

 

1. According to your application scenario, analyze the needs, choose the appropriate material and processing plan.

 

2. Professional team, quick response, can provide solutions and quotations within 24 hours after confirming the demand.

 

3. Flexible business cooperation mechanism, support at least one piece of quantity customization.

 

4. Quickly provide samples and test reports to confirm that the product meets your needs.

 

5. Provide product use and maintenance suggestions to reduce your cost of use.

Related Blog
Preparation Of Aluminum Nitride Substrate And Selection Of Sintering Additives
In the field of high-tech materials, aluminum nitride (AlN) ceramics, with its excellent thermal conductivity, excellent electrical insulation properties and excellent mechanical strength, have become the core material in key fields such as electronic packaging, power electronics and microwave communication equipment. However, the preparation of aluminum nitride substrate is a complex process...
Application Requirements Of Aluminum Nitride Substrate
Aluminum nitride (AlN) as an advanced ceramic material, because of its unique physical and chemical properties, has shown great application potential in electronic packaging, power electronics, high frequency communication and other fields. As a core component in these fields, aluminum nitride substrates not only have to meet the basic physical performance requirements, but also need to ...
Effect Of Bulk Density Of Granulated Powder On Sintering Densification Of Silicon Nitride Balls
  Si3N4 powder is the main raw material for the preparation of silicon nitride balls. Selecting the appropriate treatment method to obtain the powder with regular shape and uniform particle size distribution is the basis for the stable implementation of Si3N4 ceramic ball forming, sintering, processing and other processes. According to the different atomization methods, the spray gr...
Optimizing The Spray Granulation Process To Improve The Performance Of Si3N4 balls
Silicon nitride (Si3N4) balls show great potential in the field of high-speed, high-precision, long-life bearings due to their excellent properties, such as lightweight, self-lubricating, high insulation, non-magnetic, high elastic modulus and excellent corrosion resistance. This paper aims to discuss the optimization of the spray granulation process of Si3N4 powder, especially the press...
Silicon Nitride Ball: A New Choice For High-Tech Powder Grinding Media
With the rapid development of high-tech industry, the requirements for fineness, purity and consistency of powder materials are increasing. As a key component in the powder preparation process, the performance of grinding medium directly determines the quality of the final product. Traditionally, zirconia ceramic balls are widely used in the field of ultra-fine grinding because of their high bendi...
Application Performance And Advantage Analysis Of Silicon Nitride Ball In Ultrafine Grinding Field
With the rapid development of nanotechnology and ultrafine material science, the demand for high-purity and ultrafine powder is increasing day by day. Silicon nitride ball, with its excellent hardness, very low wear rate and good chemical stability, has gradually become the key grinding medium in the field of ultrafine grinding. The purpose of this paper is to systematically describe the performan...
Study On Performance Characteristics And Application Of Silicon Nitride Ball In Mechanical Engineering Field
With the rapid development of modern mechanical engineering technology, the requirements for material properties are increasingly stringent, especially under extreme conditions such as high temperature, high speed, strong corrosion, etc., traditional metal materials and polymer materials have been difficult to meet the needs. Silicon nitride (Si ₄) As an advanced ceramic material with excellent ov...
Sol-gel Polishing Technology: Challenges And Opportunities To Innovate Silicon Carbide Substrate Polishing
Silicon carbide, the emerging star of the semiconductor material industry, is gradually leading the innovation trend of microelectronics technology with its excellent performance indicators. Its unique thermal conductivity, far superior to traditional semiconductor materials, provides the possibility for efficient heat dissipation, especially in high-power electronic devices show unparalleled adva...
Application And Advantages Of Plasma Assisted Polishing In AlN Substrate Processing
Aluminum nitride (AlN) ceramics, as a material with excellent thermal conductivity, mechanical properties and electrical properties, have been widely used in large-scale integrated circuits and electronic packages in recent years. Its excellent properties make it an ideal cooling substrate and packaging material. However, due to the high hardness, high brittleness and low fracture toughness of alu...
Silicon Carbide Substrate Processing Challenges with Innovative Applications Of Metal Friction-induced Reaction Grinding Technology
In the field of semiconductor materials, silicon carbide (SiC) with its excellent thermal conductivity, wide band gap characteristics, high breakdown electric field strength and high electron mobility, is gradually becoming a research and development hotspot, leading the innovation of a new generation of electronic devices. As a substrate material for key components, the broad application prospect...

Related Products

FAQ

Although our primary focus is on advanced ceramic materials such as alumina, zirconia, silicon carbide, silicon nitride, aluminum nitride, and quartz ceramics, we are always exploring new materials and technologies. If you have a specific material requirement, please contact us, and we will do our best to fulfill your needs or find suitable partners.

Absolutely. Our technical team possesses profound knowledge of ceramic materials and extensive experience in product design. We are happy to provide you with material selection advice and product design support to ensure optimal performance for your products.

We do not have a fixed minimum order value requirement. We always focus on meeting our customers' needs, and we strive to provide quality service and products regardless of the order size.

In addition to ceramic products, we also provide a range of additional services, including but not limited to: customized ceramic processing services based on your needs, using blanks or semi-finished blanks produced by yourself; if you are interested in outsourced ceramic packaging and metallization services, please contact us for further discussion. We are always committed to providing you with a one-stop solution to meet your various needs.

Yes, we do. No matter where you are located globally, we can ensure the safe and timely delivery of your order.

Send Your inquiry

Upload
* File ONLY PDF/JPG./PNG. Available.
Submit Now

Contact With Us

Contact With Us
Simply fill out the form below as best you can. And don't sweat the details.
Submit
Looking for Video?
Contact Us #
19311583352

Office Hours

  • Monday to Friday: 9:00 AM - 12:00 PM, 2:00 PM - 5:30 PM

Please note that our office hours are based on Beijing Time, which is eight hours ahead of Greenwich Mean Time (GMT). We appreciate your understanding and cooperation in scheduling your inquiries and meetings accordingly. For any urgent matters or queries outside our regular hours, feel free to contact us via email, and we will get back to you as soon as possible. Thank you for your business, and we look forward to serving you.

Home

Products

whatsApp

contact