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Diaglide Attributes

What is DiaGlide™?

DiaGlide is an all new, high performance alternative to traditional bearing technologies. DiaGlide employs highly polished polycrystalline diamond compact (PDC) elements in sliding or fluid-film engagement with a metal surface, typically steel. DiaGlide offers high load capabilities, resistance to contamination, wear resistance and design flexibility.

Low Friction

The technology demonstrates fluid film like low friction even in highly loaded sliding contact. The low friction of DiaGlide technology results from the extremely low adhesion and negligible asperities of polished polycrystalline diamond.

Solid State

We use the term “Solid State” as a descriptor for our technology. DiaGlide is differentiated from traditional ball or roller bearing technologies in that it does not employ multiple moving parts. It is additionally differentiated from traditional journal bearing or Babbitt technology bearings in that the “hard” material component of DiaGlide is polycrystalline diamond and the “soft” side is typically hardened steel. This makes the overall “hardness” of the interface significantly greater than traditional journal bearings.

Lubrication Options

The inherently low friction interface of DiaGlide bearing technology offers the opportunity for alternative lubrication options. The low friction sliding interface of metal with highly polished polycrystalline allows for lubrication options including grease, oil, water, ambient fluid, or even no lubrication medium at all. As a result, DiaGlide enables the designer a choice in using seals or not. In some cases, eliminating a seal can remove system limitations allowing for increased parameters without changing any other aspect of the design

Resistant to Contamination

Two primary factors make our technology very resistant to contaminants. First, the geometry employed with the polycrystalline elements leaves significant flow-by area for contaminants to drop away from the sliding interface. Second, the resistance of the polycrystalline material and the hardened steel to wear from contaminants makes DiaGlide superior to most alternative bearing technologies. The result is our technology can be applied in abrasive environments.

Space Efficient

For a given radial application our technology typically requires less radial dimension. This means for instance in a radial application the outer housing can be reduced in diameter or the rotating shaft can be increased in diameter. Our combined DiaGlide technology has proven to replace combinations of space-inefficient radial and thrust bearings.

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