Innovacera 260W/M. K Thermal Conductivity Beo Beryllia Ceramic Tile for High Power Travelling Wave Tube

Product Details
Application: Travelling Wave Tube
Material: BeO
Process: High-Temperature Co-fired Ceramic
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  • Innovacera 260W/M. K Thermal Conductivity Beo Beryllia Ceramic Tile for High Power Travelling Wave Tube
  • Innovacera 260W/M. K Thermal Conductivity Beo Beryllia Ceramic Tile for High Power Travelling Wave Tube
  • Innovacera 260W/M. K Thermal Conductivity Beo Beryllia Ceramic Tile for High Power Travelling Wave Tube
  • Innovacera 260W/M. K Thermal Conductivity Beo Beryllia Ceramic Tile for High Power Travelling Wave Tube
  • Innovacera 260W/M. K Thermal Conductivity Beo Beryllia Ceramic Tile for High Power Travelling Wave Tube
  • Innovacera 260W/M. K Thermal Conductivity Beo Beryllia Ceramic Tile for High Power Travelling Wave Tube
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Basic Info.

Model NO.
Beryllium oxide Ceramic Tiles
Thickness
Customized
Elastic Modulus
300~355 Gpa
Dimension
50.8*50.8*0.25
Hardness
8~9
Processing Service
Moulding
Density
≥2.85 g/cm3
Flexural Strength
170~230 MPa
Dielectric Constant
6. 9±0.40
Thermal Conductivity
330 W/(M.K)
Melting Point
2507 °c
Purity
99.5%
Type
Ceramic Plates
Transport Package
Carton Packing
Specification
Customized
Trademark
INNOVACERA
Origin
Fujian, China

Product Description

Please enter the title here
BeO is also commonly referred to as beryllia.
It is produced as a white amorphous powder and sintered into larger shapes.
Impurities like carbon, trapped with the crystals can give a variety of colors to this material.
Sintered BeO is a very stable ceramic and is used in a variety of applications where both high thermal conductivity and electrical resistivity is needed.
Electrical isolation is equal to that of alumina and the best electrical insulators.
A 20% lower dielectric constant than alumina and aluminum nitride offers advantages in the high-frequency field.BeO ceramic is utilized for its proven superior properties and its cost effectiveness unmatched by aluminum nitride, aluminum oxide, boron nitride, silicon carbide or any ceramic.
Metallization:
Ceramic + Mn-Mo plating
Ceramic + Ni plating
Ceramic + AG plating
Ceramic + Au plating
Ceramic + Sn plating
Ceramic + AG+Ni+Au or Sn plating.
Properties:
1.Superior Thermal Conductivity(Can reach to 240W/m.k)
2.More Consistent Heat Dissipation
3..Better Uniformity of Crystalline Structure
4.Easy and Effective Metallization
5.More Durable in Semiconductor Chamber Cleaning Environments
Applications:
1.Feed-through insulators
2.Headers
3.High-power receptacles
4.Insulating discs
5.Insulator rings and cylinders
6. Precipitator products
7.Power switches
8.Traveling wave tubes
9.Vacuum interrupters
10.Windows
11.Power grid tubes
12.X-ray tubes.
Innovacera 260W/M. K Thermal Conductivity Beo Beryllia Ceramic Tile for High Power Travelling Wave Tube
Innovacera 260W/M. K Thermal Conductivity Beo Beryllia Ceramic Tile for High Power Travelling Wave Tube
Innovacera 260W/M. K Thermal Conductivity Beo Beryllia Ceramic Tile for High Power Travelling Wave Tube
Innovacera 260W/M. K Thermal Conductivity Beo Beryllia Ceramic Tile for High Power Travelling Wave Tube
Innovacera 260W/M. K Thermal Conductivity Beo Beryllia Ceramic Tile for High Power Travelling Wave Tube
Innovacera 260W/M. K Thermal Conductivity Beo Beryllia Ceramic Tile for High Power Travelling Wave Tube
Innovacera 260W/M. K Thermal Conductivity Beo Beryllia Ceramic Tile for High Power Travelling Wave Tube
Innovacera 260W/M. K Thermal Conductivity Beo Beryllia Ceramic Tile for High Power Travelling Wave Tube
Innovacera 260W/M. K Thermal Conductivity Beo Beryllia Ceramic Tile for High Power Travelling Wave Tube
Innovacera 260W/M. K Thermal Conductivity Beo Beryllia Ceramic Tile for High Power Travelling Wave Tube
Innovacera 260W/M. K Thermal Conductivity Beo Beryllia Ceramic Tile for High Power Travelling Wave Tube
Innovacera 260W/M. K Thermal Conductivity Beo Beryllia Ceramic Tile for High Power Travelling Wave Tube

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