Boron CLS Bond® is based on the intricate crystal lattice structure (CLS) of the hydrated boron molecules. That lattice structure allows the layers of hydrated boron particles to slide virtually friction-free over each other, like the playing cards in a fresh deck, while retaining awesome strength. The ultrafine sub-micron particles of hydrated boron reach every metal surface and crevice, lubricating with superior slipperiness as they chemically bond with the host material.

A Breakthrough That's Redefining the Standards For:

• Reducing Friction and Heat
• Reducing Wear and Failure
• Reducing Corrosion
• Reducing Maintenance

How Does Our Patented Boron CLS Bond® Technology Work?

• Boric acid is introduced to a metallic substrate in the presence of water vapor.  Interaction between the substrate, the water (H₂O), and Boric Acid (H₃BO₃) forms a continuously self-replenishing film of boric oxide (B₂O₃) that bonds to the substrate, forming a corrosion-resistant barrier.
• The boric oxide spontaneously reacts with the air, replenishing the boric acid.  The boric acid molecules form into crystal platelets, each of which is a triclinic lattice of molecules strongly bound together by macromolecular covalent bonds (see microscopic photo above).
• Aligned by the mechanical motion of the substrate, the platelets form stacked layers with very small (0.318 nm) spaces between.  As a result, the inter-platelet layers are bound by weak "van der Waals" forces, allowing a very low coefficient of friction.