96% Minimum Alumina Ceramics - Standard Tubes and Rods Containing 96% Minimum Alumina Ceramics by Superior Technical Ceramics

Topics Covered

Background
Physical and Mechanical Properties of Dense AL-96
96% Minimum Alumina Ceramics: Standard Tubes and Rods

Background

Superior Technical Ceramics has complete in-house capabilities to assist with design, engineer, tool and manufacture of technical ceramics to customer requirements. Superior Technical Ceramics invests in state-of-the-art equipment and in highly skilled, knowledgeable employees to produce the industry's best components. Through the use of ISO 9001:2008, AS9100, 5S and lean practices and policies, Superior Technical Ceramics achieves the control and quality necessary to compete, cost effectively, worldwide.

Superior Technical Ceramics can manufacture ceramic components to your specifications in materials such as:

Physical and Mechanical Properties of Dense AL-96

The physical and mechanical properties of Dense AL-96 Alumina Ceramic from Superior Technical Ceramics are listed below:

Property Dense AL-96
% Alumina 96.0
Color White
Gas/Liquid Permeability None
Density 3.68
Hardness 9
Water Absorption 0
Flexural Strength 48,000
Tensile Strength 19,000
Compressive Strength 330,000
Elastic Modulus 45
Shear Modulus 18
Linear Coefficient of Thermal Expansion: 6.0
6.8
7.7
Thermal Conductivity 25°C 23
Maximum Use Temperature (Non Loading) 1700
3100
Dielectric Strength (1/8" thick) 260
Dielectric Constant @ 1MHz 9.2
Dielectric Constant (@GHz) 8.8 (@10.4)
Dielectric Loss @ 1MHz 0.0005
Dielectric Loss (@GHz) 0.0007 (@10.4)
Volume Resistivity (ohm-cm) >1.0E + 15
2.3E + 14
7.1E + 09

96% Minimum Alumina Ceramics: Standard Tubes and Rods

The physical properties of 96% Minimum Alumina Ceramics: Standard Tubes and Rods are listed below:

RODS:
STC PART# DIAMETER
960300 3/16"
960400 1/4"
960600 3/8"
960800 1/2"
961000 5/8"
961200 3/4"
961600 1"
TUBES:
STC PART# OD x ID
960602 3/8" X 1/8"
960604 3/8" X 1/4"
960802 1/2" X 1/8"
960804 1/2" X 1/4"
961002 5/8" X 1/8"
961004 5/8" X 1/4"

Source: Superior Technical Ceramics

For more information on this source, please visit Superior Technical Ceramics.

Date Added: Oct 15, 2010
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