Depending on their purity levels, our alumina ceramic plates are offered in various grades. It can vary based on the particular application and requirements.
Characteristics of Alumina Ceramic Plate
-High compressive and flexural strength;
-Non-porous;
-Low thermal expansion;
-High mechanical strength and hardness;
-High volume resistivity;
-Resistance to abrasion and chemical attack;
-Low loss, constant high dielectric;
-Electrically and dimensionally stable across a wide temperature range;
-Can be thick film metallized with noble metal;
-Excellent electrical insulator.
Common Sizes of Alumina Ceramic Plate
The common size of alumina ceramic plates vary based on the specific application and industry requirements. Some standard sizes and thicknesses are frequently employed for general use. Some common sizes are shown below:
Square or Rectangular Plates
Round Plates
Custom Size Plates
In addition to the above-mentioned standard dimensions, alumina ceramic plates can also be customized to meet the specific requirements of customers. According to the requirements of the application, the size and thickness can be cut.
Customized Alumina Ceramic Plate
Unipretec can carry out a number of machining operations on alumina ceramic plates based on a great deal of experience, various machining tools and technologies. Alumina ceramics are commonly machined using the following methods:
Grinding and Lapping
Alumina ceramic plates are ground and lapped to attain tight dimensional tolerances and smooth surface finishes.
Drilling
Alumina ceramic plates can be drilled with accurate hole diameter and without edge breaking.
Laser Machining
Laser machining is used to carve or engrave complex patterns on alumina ceramic plates.
Waterjet Cutting
Waterjet cutting is used to create intricate shapes and does not produce heat throughout the operation.
Aluminum Oxide Ceramic Plate Benefits
Longevity
In demanding settings, long-term durability and dependability are guaranteed by high mechanical strength, hardness, and chemical resistance.
Thermoregulation
Good heat dissipation made possible by excellent thermal stability and conductivity enhances performance in high-temperature applications.
Insulating Electrical Systems
Reliable electrical isolation—essential for electronic and high-voltage applications—is provided by superior electrical insulation qualities.
Versatility
The special mix of qualities of alumina plates makes them appropriate for a broad variety of applications in many sectors.
Specification Engineering
Applications demanding close tolerances depend on accurate machining and assembly made possible by minimal thermal expansion and high dimensional stability.
Aluminium Oxide Ceramic Plate Applications
Electronics
Used in electronic devices where thermal management and electrical insulation are essential as substrates for integrated circuits (ICs), heat sinks, and insulating components.
Aerospace and Defense
Used in aeronautical components like heat shields, armor, and turbine blades because of their considerable strength, thermal stability, and light weight.
Medical Devices
Medical Devices Durable, chemical inert, and biocompatible medical implants, surgical instruments, and diagnostic devices.
Products for Industry
Used in bearings, seals, and wear-resistant elements of machinery when performance and dependability in harsh environments are needed.
Department of Energy
used in energy applications including glass production and metallurgy, as furnace linings, crucibles, and thermal barriers.
Plates made of alumina and their sizes
Diversity of size
Alumina ceramic plates can be made to any size the customer requests; there is no set size restriction. Typically, nevertheless, the traditional size is no larger than 120mm by 120mm. Usually, unusual shapes or items larger than this size call for specialized manufacturing.
Rang of thickness
Alumina ceramic plate thicknesses fluctuate widely, from 0.25 mm to 3.0 mm or more.
Customizing of forms
In order to suit a range of application situations, alumina ceramic plates can be formed into flat, perforated, round, square, or slit processing forms.
Technical specifications
High processing accuracy is possible with alumina ceramic plates; the maximum value is ±0.01mm.
Production technology
Different molding procedures may influence the pricing and performance of the product. Alumina ceramic plates are produced via dry pressing and isostatic pressing.
Aluminum oxide ceramic plates, or alumina plates, play a critical role in various industrial applications due to their outstanding mechanical strength, thermal stability, electrical insulation, and chemical resistance. Their versatility and reliability make them indispensable in electronics, aerospace, medical, and industrial sectors where high-performance materials are essential for innovation and advancement. As technology continues to evolve, the demand for aluminum oxide ceramic plates is expected to grow, driving further research and development in ceramic material science and applications.
