Hugh-Jassman
1 kW
- Joined
- Jun 20, 2015
- Messages
- 407
I have tried all the chain lubes made for bicycles, what a scam. I do not like any of them. What I need is a spray on lube that works like WD40 yet stays in the chain links like Chain-L.
Chain-L uses some kind of oxide to increase the viscosity of the oil. Aluminum oxide is very affordable from paint maker suppliers. STP uses zinc oxide.
Tungsten Disulfide and Molybdenum Disulfide (MoS2) may be the best dry lubricants. But on chains it may still need a highly viscous oil. Thew price of Molybdenum is going up because they have found that it improves batteries.
Long Chain Fluorocarbon – Teflon PTFE is a saturated aliphatic fluorocarbon, and maybe the most slippery substance known, but I would not want to use it even if it were affordable.
Wax would stay in the links only if it would dry as hard as steel, and keep that slippery surface? Dream on.
Last winter I started experimenting with making Chain-L; being the only lube that will stay in the links [providing you don't ride in the rain and mud like I do]. It turns out to be much easier to make than any one ever thought possible. It's easy mix STP (or aluminum oxide) with a little light oil, but not so easy to get the viscous mix into the chain.
Heating the oil mix or diluting it with a solvent is best. I'm not sure about the solvent yet, it will have to evaporate before riding but it seems to be working.
Modern motor oils thicken when hot, bicycle chains are cold, so don't bother with them.
At this point I intend to just use Acetone in a spray bottle after the car wash. Then apply my Naptha diluted goop {or heated oil combination} from my eyedropper bottle.
Old chains with bushings may have held the lube better than any of the modern chains but it was harder to get the lube into the bushings.
Chain-L uses some kind of oxide to increase the viscosity of the oil. Aluminum oxide is very affordable from paint maker suppliers. STP uses zinc oxide.
Tungsten Disulfide and Molybdenum Disulfide (MoS2) may be the best dry lubricants. But on chains it may still need a highly viscous oil. Thew price of Molybdenum is going up because they have found that it improves batteries.
Long Chain Fluorocarbon – Teflon PTFE is a saturated aliphatic fluorocarbon, and maybe the most slippery substance known, but I would not want to use it even if it were affordable.
Wax would stay in the links only if it would dry as hard as steel, and keep that slippery surface? Dream on.
Last winter I started experimenting with making Chain-L; being the only lube that will stay in the links [providing you don't ride in the rain and mud like I do]. It turns out to be much easier to make than any one ever thought possible. It's easy mix STP (or aluminum oxide) with a little light oil, but not so easy to get the viscous mix into the chain.
Heating the oil mix or diluting it with a solvent is best. I'm not sure about the solvent yet, it will have to evaporate before riding but it seems to be working.
Modern motor oils thicken when hot, bicycle chains are cold, so don't bother with them.
At this point I intend to just use Acetone in a spray bottle after the car wash. Then apply my Naptha diluted goop {or heated oil combination} from my eyedropper bottle.
Old chains with bushings may have held the lube better than any of the modern chains but it was harder to get the lube into the bushings.