95 96 99 Alumina Ceramic Mo Mn Metallized Plating Ni Insulator Electronic Metallized Components Tube Ring Plate Disc Substrate

Product Details
Application: Aerospace, Electronics, Medical, Refractory, Industrial Ceramic
Material: Alumina Ceramic
Shape: Disc
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  • 95 96 99 Alumina Ceramic Mo Mn Metallized Plating Ni Insulator Electronic Metallized Components Tube Ring Plate Disc Substrate
  • 95 96 99 Alumina Ceramic Mo Mn Metallized Plating Ni Insulator Electronic Metallized Components Tube Ring Plate Disc Substrate
  • 95 96 99 Alumina Ceramic Mo Mn Metallized Plating Ni Insulator Electronic Metallized Components Tube Ring Plate Disc Substrate
  • 95 96 99 Alumina Ceramic Mo Mn Metallized Plating Ni Insulator Electronic Metallized Components Tube Ring Plate Disc Substrate
  • 95 96 99 Alumina Ceramic Mo Mn Metallized Plating Ni Insulator Electronic Metallized Components Tube Ring Plate Disc Substrate
  • 95 96 99 Alumina Ceramic Mo Mn Metallized Plating Ni Insulator Electronic Metallized Components Tube Ring Plate Disc Substrate
Find Similar Products
  • Overview
  • More types of Metallized Ceramic Components
  • Material Specification and Properties
Overview

Basic Info.

Model NO.
AA NN-52678
Size
Customized
Color
White
Thermal Shock Resistance
250
Plated Layer
Nickel, Copper, Gold
Hardness
11.5
Processing Service
Bending, Welding, Cutting, Punching, Decoiling
Alumina Content
96%
Coating Layer
Molybdenum-Manganese(Mo/Mn)
Max Working Temperature
1650
Material Composition
Alumina, Al2O3
Speciality
High Insulation
Type
Ceramic Tubes
Transport Package
Standard Cartons with Plastic Foams
Specification
customized
Trademark
INNOVACERA
Origin
Fujian, China
Production Capacity
20000 Piece/Pieces Per Month

Product Description

95 96 99 Alumina Ceramic Mo Mn Metallized Plating Ni Insulator Electronic Metallized Components Tube Ring Plate Disc Substrate

 

 
Metallized Ceramic Componenets:
 
Innovacera supplies precision metallized ceramic components in aluminum oxide ceramics for the
 
automobile and aerospace industries. Through spray, needle, and brush coatings or screen printing
 
our capabilities allow us to metallized on flat, cylindrical, and complex ceramic bodies. Moly-Manganese is
 
the typical base coat materials used for metallization.In order to achieve the welding between ceramic and

metal, the ceramic surface firmly adheres to a layer of the metal film, which is ceramic metallization.

Refractory-metalized aluminum oxide ceramics widely use in power grid tubes, vacuum interrupters, and

similar applications where metal to ceramic joints of exceptional strength and hermeticity is required.
 
Product Name
Metallized Ceramics Componenets ( Tube, Ring, Plate, Rod, Substrate . . . )
Material
95%, 96%, 99% Alumina (AL2O3)
Color
White+Metal
Coaing Layer
Mo/Mn
Coaing thickness
8-30um
Plated Layer
Ni,Cu,Au,Etc
Plating thickness
1-9um
Brade
INNOVACERA
95 96 99 Alumina Ceramic Mo Mn Metallized Plating Ni Insulator Electronic Metallized Components Tube Ring Plate Disc Substrate
Specification
>Metallization thickness: 25 ±10um
>Nickel thickness:2~10um;
>Pin full strength: 4200kgf/cm2 avg. (at Φ3.0mm pin)

Available Ceramic Composition >94%,96%,99%,99.6% Alumina Ceramic Components; >AlN Ceramic Substrate; >BeO Ceramic Substrate;

Special process
Metallization and Brazing are possible Our processing is available in a wide range of size and shapes as customer request.
Metallized Ceramic Components Joining types:

Ceramic + Mo/Mn Metallized + plating Ni
Ceramic + Mo/Mn Metallized + plating Ag
Ceramic + Mo/Mn Metallized + plating Au
Ceramic +printing Ag
Special types are available according to customer's drawings or samples
95 96 99 Alumina Ceramic Mo Mn Metallized Plating Ni Insulator Electronic Metallized Components Tube Ring Plate Disc Substrate

 

 
Characteristics:
Specialized Alumina materials with high insulation resistance High-reliability ceramic tubes. Mo-Mn metallization with nickel plating allows customers to assemble hermetically sealed products
95 96 99 Alumina Ceramic Mo Mn Metallized Plating Ni Insulator Electronic Metallized Components Tube Ring Plate Disc Substrate

 

 
Material Properties:
Great mechanical strength Excellent wear resistance Low thermal expansion High operating temperatures Electrically insulating
More types of Metallized Ceramic Components
95 96 99 Alumina Ceramic Mo Mn Metallized Plating Ni Insulator Electronic Metallized Components Tube Ring Plate Disc Substrate
Material Specification and Properties
95 96 99 Alumina Ceramic Mo Mn Metallized Plating Ni Insulator Electronic Metallized Components Tube Ring Plate Disc Substrate
95 96 99 Alumina Ceramic Mo Mn Metallized Plating Ni Insulator Electronic Metallized Components Tube Ring Plate Disc Substrate
95 96 99 Alumina Ceramic Mo Mn Metallized Plating Ni Insulator Electronic Metallized Components Tube Ring Plate Disc Substrate
95 96 99 Alumina Ceramic Mo Mn Metallized Plating Ni Insulator Electronic Metallized Components Tube Ring Plate Disc Substrate
95 96 99 Alumina Ceramic Mo Mn Metallized Plating Ni Insulator Electronic Metallized Components Tube Ring Plate Disc Substrate
95 96 99 Alumina Ceramic Mo Mn Metallized Plating Ni Insulator Electronic Metallized Components Tube Ring Plate Disc Substrate
95 96 99 Alumina Ceramic Mo Mn Metallized Plating Ni Insulator Electronic Metallized Components Tube Ring Plate Disc Substrate
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