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Porcelain

Composition

Porcelain

porcelain overview

As the company's longest running line of technical ceramics, CoorsTek chemical and scientific labware has become an industry standard. After glazing, CoorsTek porcelain labware resists corrosion and demonstrates superior thermal properties.

Example Applications

  • Chemical & scientific labware
  • Electrical insulators

CoorsTek Formulations

Contact a CoorsTek expert to choose a porcelain solution for your application.

Search the CoorsTek Labware Store to find the right piece of equipment for you. 

Property Units Value

Flexural Strength, MOR (20 °C)

MPa

130 

Fracture Toughness, KIc

MPa m1/2

2.0

Thermal Conductivity (20 °C)

W/m K

5.0

Coefficient of Thermal Expansion

1 x 10-6/°C

4.9

Maximum Use Temperature

°C

1400

Dielectric Strength (6.35mm)

ac-kV/mm

-

Dielectric Loss (tan δ)

1MHz, 25 °C

0.0024

Volume Resistivity (25°C)

Ω-cm

-

The information provided on this chart is for general material property reference only.  The customer should recognize that exact properties of materials may vary according to product configuration but close control of values of most properties can be maintained, if specified. Nothing herein is provided, or is to be construed, as absolute engineering data or constituting a warranty or representation. Contact CoorsTek for cost-effective design, development and manufacturing assistance. CoorsTek has 300+ variations including various forming and firing processes, not all variants are represented in the present website.

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