Multi-Layer Channeled Ceramic Structures From CoorsTek, Hermetically Sealed To Provide a High Purity, Corrosion Resistant Path For Fluids Or Vacuums

Topics Covered

Background

High-Purity

Fluid Cooling or Heating

Biocompatible Material

Extremely Durable

Background

Developed for specialized applications in the semiconductor, electronic, and medical industries, CoorsTek hermetically sealed, multi-layer channeled structures provide a high-purity, corrosion-resistant path for fluids or air vacuum.

High-Purity

Robotic manufacturing environments benefit from CoorsTek’s available high-purity alumina ADS-995-R material.

Fluid Cooling or Heating

Critical fluid cooling or heating applications use these components for rapid thermal dissipation.

Biocompatible Material

For medical applications, CoorsTek materials are USP Class VI certified.

Extremely Durable

Excellent surface wear, high-strength, and fracture toughness ensure these specialized components stand the test of time.

Table 1. Multi-channelled ceramic structure specifications

Specifications

 

Sizes

Smallest length or width – to be determined by overall part thickness

Largest length or width – to be determined by overall part thickness

Thickness of layers

Any combination of layers 0.015” to 0.060”

Any combination of layers 0.065” to 0.100”

Channel Width

0.010” to 0.150”

Channel Depth

Unlimited

Channel location tolerance

± 1% standard

± 0.5% premium

Channel spacing

0.150” minimum gap

Material

ADS-96-R (Nom. 96% Al2O3) - standard

ADS-995-R (Nom. 99.5% Al2O3) - premium

As fired camber

0.003” inch per inch – standard

0.001” inch per inch - premium

Holes and counterbores

Optional

Tooling

Required

Biocompatibility

USP: Class VI Certified

Note: The chart is intended to illustrate typical properties. Engineering data is representative. Property values vary somewhat with method of manufacture, size, and shape of part.

This data is not to be construed as absolute and does not construe a warranty for which we assume legal responsibility.

 

 

Date Added: Mar 21, 2007 | Updated: Jan 30, 2013
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