Alumina Ceramic Plates (Al203)
Alumina ceramics are the superior ceramic materials made up primarily of aluminum and oxygen. They are well known for being among the finest and most used ceramic materials for plates in many industries. Many manufacturers prefer alumina ceramic plates for several reasons, including excellent heat conductivity, insulating capabilities, corrosion resistance, high melting point, and extreme hardness.
We'll go through the qualities, manufacture, applications of alumina ceramics plates, and any other pertinent facts concerning the material. So let's get started right away!
Properties
| Molecular Weight | 102 |
| Melting Point | 2072° C |
| Boiling Point | 2997° C |
| Density | 3.95g/cm^3 |
| Hardness | 2000 Knoop |
| Fracture Toughness | 4-5 MPa m^1/2 |
| Tensile Strength | 44kpsi |
| Hot Expansion | 7.6x10-6/° C |
LSP Alumina Ceramic Products
Alumina ceramic plates have characteristics and features that make them ideal for a variety of conditions. LSP manufactures the following range of plates:
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Square plates
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Discs
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Substrates
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Lids
LSP Alumina Ceramic Plate Options
Mandatory attribute "id" is not specified. Shortcode usage example: The table with ID 0 not exists.Applications of LSP Alumina Ceramic Plates
Because of its versatility and inexpensive material cost, alumina (Al2O3) has widespread applications.
- Alumina ceramic is particularly hard when compared to metals which makes it ideal for equipment used for grinding complex objects such as mortars and pestles and armor for vehicles and personnel.
- Their ability to withstand erosion and weathering makes them suitable for the chemical industry.
- They are considered very useful in traditional industries as injector tubes, insulators, and gas nozzles can be made out of them.
- Because of their capacity to maintain their firmness at extreme temperatures, Alumina tubes are used to make d-furnaces and thermocouple protectors.
- Alumina materials with high purity are ideal for ion implantation, optical lithography, CVD, and semiconductor components.
- With an alumina content higher than 95%, alumina ceramics can be used as excellent electrical insulators. They also have a low dielectric loss, with a wide range of applications in electronics and electrical appliances.
- Transparent alumina ceramic plates are used to make high-pressure sodium lamps and infrared detecting window material because they have good permeability to visible light and infrared radiation.
- Other essential applications of alumina ceramic plates can be seen in seal rings, medical prostheses, electronic substrates, ballistic missiles, and batteries.
Why choose LSP Alumina Ceramics Plates?
Alumina ceramic plates have a remarkable capacity to maintain their qualities in harsh conditions. Other materials may excel in one area, but the various properties of Alumina ceramics make it an all-rounder! (One that performs well even under pressure).
LSP Industrial Ceramics is the number one producer of custom-made alumina products, including our large selection of alumina ceramic plates. Our high-quality manufacturing processes are known for producing a variety of alumina plates. Plates produced by LSP Ceramics have a purity factor of 99.5% or higher. Once alumina ceramic plates are installed, they are guaranteed to last for years.
Our amazing team of experts with over 3o years of experience is always at your service with our state-of-the-art manufacturing capabilities. We use our many years of experience in developing and applying advanced technical ceramic plates across a variety of industries to create the best solution for our customers' unique needs when it comes to material and design considerations.
Material Characteristics and Performance Profile
Alumina plates deliver a balance of hardness, wear resistance, and thermal endurance. With a melting point above 2000°C and a density near 3.95 g/cm³, the material performs reliably in environments involving heat cycling, abrasive contact, or corrosive media. High Knoop hardness values support long service life in applications involving friction or impact, while low dielectric loss makes alumina suitable for electrical and electronic components. These characteristics allow the material to function consistently in both static and dynamic systems.
Manufacturing Formats and Plate Configurations
Alumina plates are produced in a variety of geometries to support different industrial requirements. Options include square plates, discs, substrates, and custom shaped components. Thicknesses range from thin substrates used in microelectronics to heavy duty plates designed for structural or protective applications. Precision forming and finishing processes, such as isostatic pressing, diamond grinding, and controlled sintering, ensure tight tolerances and uniform material properties across each plate.
Industrial Uses and Application Environments
The versatility of alumina ceramics allows them to serve in multiple sectors. High purity grades are used in semiconductor processing, optical systems, and vacuum environments where contamination control is a priority. Mechanical strength and wear resistance make alumina suitable for grinding components, armor systems, and protective liners. In thermal applications, alumina plates support furnace construction, thermocouple protection, and high temperature insulation. Electrical insulation properties enable use in power electronics, sensor housings, and circuit substrates.
Advantages of LSP Alumina Plate Manufacturing
LSP Industrial Ceramics produces alumina plates with purity levels of 99.5% or higher, ensuring consistent performance across thermal, mechanical, and electrical applications. Advanced forming and machining capabilities allow for precise customization based on customer specifications. With decades of experience in technical ceramics, LSP supports engineers and procurement teams in selecting the right plate configuration for their operational requirements. Each plate is manufactured to deliver long service life, dimensional accuracy, and dependable performance in challenging environments.
Frequently Asked Questions
Q: Are plates made out of alumina ceramic safe for the environment?
A: Alumina Ceramic mainly consists of clay, and since clay is a purely natural raw material, one can say that it is environmentally friendly.
Q: How is an Alumina Ceramic plate made?
A: It's made up of bauxite and molded by injection molding, die pressing, isostatic pressing, slip casting, diamond machining, and extrusion, among other methods.
Q: What are the characteristics of a high Alumina Ceramic plate?
A: corrosion resistance, hardness, strength, and thermal stability
Q: Is Alumina Ceramic plate conductive?
A: For chemical and physical stability, alumina is the most well-known ceramic-based material
Q: How strong is the Alumina Ceramic plate?
A: Alumina ceramics have a hardness approximately three times that of stainless steel.