gademsky wrote:Now here are a few terms I don't know the definition to. So I found this link....hope I can post link without offending the blog gods.
http://www.tribology-abc.com/abc/solidlub.htm#topYou can jump to PTFE for good definition. I need to look at this more, as I am not sure where WD40 would fit.
I will note that when I put the dry lub in a keyway the other day, it really acted as a solvent and a surprising amount of black stuff came out and covered my hands and nails. Never having worked in a dirtier profession with my hands, the stuff that came out of lock instantly seeped into my finger nails and did not clean out very easily.
Is there an easy way to clean the inside of a dirty lock. Say soak it overnight in something.....
Best and Schlage cylinders are notorious for this because they still use graphite at the factory.
Here's how I clean plugs:
1) Insert key into plug, no pins should be in the plug.
2) Hose it down with a PTFE-based, dry lube.
3) With a rag between my index finger and thumb, grip the plug so that the rag and both your index finger and thumb as well as the rag make contact with the plug along it's entire length.
4) Using the key, turn the plug back and forth.
This will clean the heck out of it.
If you want to clean the remaining cylinder/Bible, hose it down and run a portion of the rag all the way through it and basically "floss" the inside of the core. Back and forth. This will clean it as well.
PTFE-based, dry lubes essentially break up and loosen any gunk, dirt, grease, debris, graphite, whatever. Following it with a rag makes quick work. It's not like a gun where heat and dirty ammo can cause the powder and other debris to essentially "cake" on to the point that you need a heavy abrasive, such as a brass or bronze brush, to get it off. A rag is all it takes.
I've never soaked a cylinder all night or for lubrication purposes at all. I have seen locksmiths drop a cylinder into boiling water temporarily to help shim it but never drop it in lubricant to soak. Because of the type of brass used and machining processes, cylinders have very, very low porosity. There's really no reason to let them "soak" - it's not like they'll absorb more lubricant over time or need that lubricant to free up any debris.
And don't use WD40 for anything except cleaning. Compared to 3 in 1 (greater than 97%) or Tri Flow (44%), WD40 has very little petroleum-based oil in it (less than 25%). It's loaded with aliphatic hydrocarbons (almost 70% by weight) that are designed to first carry and distribute the oil and then evaporate so that only the oil remains.
I feel like this needs to be my next article for a trade magazine. Thanks for the idea!