Moly-Fusion™ Does FAQ

To the meat:

What does it do?

and then:

So what does that mean to me?

1. What does it do?

First of all it creates a new spectacular - if you want it - metal surface incorporated into the existing metal surface: Just like a Parkerized metal surface, except on a deeper, denser scale.

2. So what does that mean to me?

Well, what it means to you,

1. is where lubrication is nice to both eliminate friction (if possible) and other things: cushion, soaking, heat absorption, etc. it works underneath the existing or following lubrications.

2. When parts need to be as if it is lubricated, not have to run under too much pressure, and run dry - so it doesn't pick up sand into the lubrication to stall things - will it will work. Where metal to metal pressures exceeed its capabilities, further grease will be needed. (It obsoletes all oil in pressure metal-to-metal.) In pressure test with the original Moly-Fusion, there was no gross wear in sliding surfaces in the pressence of 3,000 PSI no-additive oil (where it failed to be of use for stiction) and more than 350,000 PSI. So we are talking alot of pressure - or highly leveraged pressure on an incredibly tiny bearing surface (as would be a tiny hardened ball bearing or short knife edge).

What it also does, is the following:

1. Makes metal non-absorptive to blast heat.

2. Itself is extremely resistant to salt, acid, air, and moisture corrossion

3. Makes metal non-absorptive to oxygen

4. Makes metal resistant to other stuff sticking to the metal in a bonding sort of way, since oxygen can no longer act as the atomic "glue" (from an atomic point of view) to allow stuff to stick: carbon (dirt), copper, lead, and more.

5. O.K! Enough technical talk! what is it really?

First, it acts on metal to metal surfaces as if it is grease on steroids, that is not rubbing off, even in the presence of water or petroleum-based solvent.

Second, since it is not removable, you must be careful what not to use it on, as it can affect timing and ability to "weld" as in bolt-to-nut.

Being heat reflective is not necessarily the right thing only, so since it becomes integrated into the metal like an integrated circuit, it must be desired.