Advanced Diamond Technologies, Inc.
We Solve Hard ProblemsTM
Advanced Diamond Technologies, Inc.
Advanced Diamond Technologies, Inc.
Advanced Diamond Technologies, Inc.
Advanced Diamond Technologies, Inc.

NEW!
Diamond etch recipe available for UNCD Wafers. Design your next MEMS device with diamond.

February 3, 2010
ADT announces publication of etch recipes for Diamond MEMS and Sensors.

December 7, 2009
ADT's scientists publish, "Nanofabrication of sharp diamond tips by e-beam lithography and inductively coupled plasma reactive ion etching," in JVST today.

November 10, 2009
ADT's nanocrystalline diamond AFM probes overcome wear. Read the article here.

October 6, 2009
ADT announces the launch of UNCD Horizon™ Wafers. Read the press release here.

October 5, 2009
CTO John Carlisle announces ultra-smooth UNCD Horizon Wafers at the CNM Users Meeting.

October, 2009
ADT featured in Medical Product Manufacturing News for its breakthrough in device coatings.

 

See more news items...

Advanced Diamond Technologies, Inc. Advanced Diamond Technologies, Inc.

Products < UNCD Faces and Seals

Changing the Face of Seals™

UNCD® Faces bring the tribological benefits of diamond to mechanical seals used for rotary equipment, such as pumps and mixers. UNCD Faces are processed using ADT’s patented diamond technology and provide exceptional life and robustness to mechanical pump seals.

Benefits

  • Longer lasting seals in demanding applications.
  • More resisitant to dry and poor lubricating environments.
  • Enables the use of hard faces in applications pumping thermally sensitive media.
  • Reduced energy consumption.
  • Suitable for a wide range of media.

UNCD Faces - Test Results

UNCD Faces outperform SiC faces in extreme wear tests. After thousands of hours of operation, UNCD Faces have consistently outlasted SiC faces in poor lubricating conditions of 250-300 °F hot water. In head-to-head industrial tests, UNCD Faces have shown negligible or minimal wear whereas SiC faces experienced deep grooving resulting in pump leakage. UNCD Faces have also been shown, when running against SiC, to have coefficients of friction (CoF) of 0.02-0.04. These are well below the typical values when running SiC in hard-on-hard applications. The reduced friction during operation of UNCD Faces results in reduced seal cavity temperatures when running in ANSI slurry pumping applications.

 

Special Applications:

For specific applications please contact our UNCD Faces team.

 

Brochure and White Paper

UNCD Seals Brochure
UNCD Faces Spec Sheet
 
Technical Information
 

Contact us

Questions about UNCD Faces?

Interested in purchasing?

UNCD Faces have been in the industrial seals market since 2008. Sales representatives for UNCD Faces would be happy to discuss your application and how diamond can improve your product performance.

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Advanced Diamond Technologies, Inc.