The correct interval, the correct lubricant type, and applying it in the correct location — most riders get at least one wrong. Applying chain lube to the outer plates does almost nothing. Applying it after rain without drying the chain first dilutes it. This guide covers all three correctly.
Motorcycle chain lubrication has three distinct purposes that operate at three different locations on the chain. Understanding this distinction is what separates effective lubrication from the kind that looks like maintenance but accomplishes little.
The primary wear surface. On non-sealed chains, lubricant penetrating here is the critical function — it is the only protection the internal joint surfaces have. On sealed chains, this interface is protected by factory grease; external lube cannot penetrate it.
As each roller contacts the sprocket tooth face, a lubrication film reduces friction and prevents micro-welding between the roller surface and tooth. This wear affects both roller and sprocket tooth profile over time. All chain types require external lubrication here.
The visible outer face of the link plates. Lubricant here primarily prevents surface corrosion, not wear. Cosmetically important in wet climates but not a significant wear-reduction factor. Most of what riders apply to the outside of the chain stays here without penetrating.
This is why applying lubricant to the top of the chain (the outer plates) while the chain is under load is ineffective for non-sealed chains — the lubricant pools on the outer surface and does not penetrate to the pin-bushing contact area. The correct application point is the inner roller faces on the lower run of the chain.
There is no single universal chain lubricant — the correct type depends on riding conditions, chain type (sealed or non-sealed), and typical operating speed. The wrong lubricant can be worse than no lubricant: a thin penetrating oil at motorway speed flings off immediately and leaves the chain dry; a heavy grease in muddy conditions picks up dirt and acts as an abrasive.
Dries to a thin film that resists centrifugal fling-off at motorway speeds. Picks up less road grime than oil-based lubricants. Does not deposit on tyre sidewalls. Safe for O-ring and X-ring seals (check label).
Heavier viscosity oil-based formulation that adheres to the chain under rain and wet conditions better than wax-based lubricants. More prone to picking up road grime. Requires more frequent replacement. Safe for sealed chains (check label).
Dry lubricant carrier evaporates, leaving a thin PTFE (Teflon) film. Does not attract dust or grit — very effective in dusty off-road and dry conditions. Washes off easily in rain, so not suitable for wet conditions.
Never use these on a motorcycle chain: WD-40, engine oil, 3-in-1 oil, cooking oil, general-purpose grease, brake cleaner, and petroleum solvents. WD-40 is a water displacer, not a chain lubricant — it washes off existing lubricant and has no film strength under chain loads. Petroleum solvents destroy NBR rubber seals on O-ring and X-ring chains. Engine oil lacks the adhesion properties to stay on a chain at speed.
Sealed chains and lubricant selection: O-ring, X-ring, and Super X-ring chains require lubricants explicitly labelled as O-ring-safe or X-ring-safe. Most quality chain lubricants from reputable brands are safe for sealed chains, but always verify the label. Petroleum solvents, acetone, and some brake cleaners degrade NBR rubber — the seal material. A seal that has been damaged by solvent may appear intact visually while having lost its sealing compression, meaning the internal grease is migrating out with each articulation.
This procedure covers both sealed and non-sealed chains. Total time: 8–12 minutes including drying.
Apply lubricant at the end of a ride, not immediately before departure. A warm chain from riding allows the lubricant to penetrate more effectively between link plates. Overnight penetration before the next morning’s ride ensures full coverage at the critical roller-bushing contact area. Applying immediately before riding at high speed causes the lubricant to fling off before it has penetrated.
If the chain has visible dirt, grit, or was ridden in rain, clean it before applying fresh lubricant. Trapping grit under fresh lubricant turns it into an abrasive paste. Use an O-ring-safe chain cleaner and a soft brush — never use a wire brush, which scratches the outer plate surface and can damage seals.
Support the motorcycle on its centre stand or with the rear wheel slightly off the ground. Hold the lubricant nozzle pointing at the inner faces of the chain — the area between the inner and outer link plates, where the rollers are located. Slowly rotate the rear wheel (or have an assistant rotate it) while applying lubricant continuously around the chain’s full circuit.
Apply to both the visible inner faces and as close to the inside of the chain (the roller side that contacts the sprocket) as possible. Aerosol nozzle tips held at a 45° angle toward the chain’s roller side while the chain rotates past provides good coverage. Do not apply to the outer plate faces — lubricant there contributes minimally to wear protection.
Complete exactly one full rotation of the rear wheel as you apply lubricant. Starting from the master link (if visible) is a useful reference point — apply continuously until you return to the start. Heavy application to some sections and light application to others produces uneven lubrication. More is not always better — excess lubricant on the outer faces flings off at speed onto the rear tyre sidewall and rear brake disc.
Give the lubricant time to migrate between link plates and toward the pin-bushing contact area by capillary action. A 10-minute rest is the minimum; overnight penetration on a warm chain from end-of-ride application is optimal. During this wait, any excess lubricant on outer plates should be wiped off with a cloth to reduce fling-off during the next ride.
After penetration time, wipe the outer plates with a clean cloth to remove excess surface lubricant. This reduces fling-off at speed — a chain with excess lubricant on its outer surfaces sprays the rear tyre sidewall and rear wheel at motorway speed, creating a film on surfaces where you do not want reduced friction.
| Vrsta lanca | Normal Road | After Rain / Wash | Off-Road / Muddy |
|---|---|---|---|
| Standard non-sealed | 400–600 km | After every wet ride | After every session |
| H-Grade non-sealed | 400–600 km | After every wet ride | After every session |
| O-Ring sealed | 600–1.000 km | After extended rain | After muddy sessions |
| X-Ring sealed | 800–1.200 km | After extended rain | After muddy sessions |
| Super X-Ring sealed | 1.000–1.500 km | After extended rain | After muddy sessions |
The “after rain” rule overrides the distance interval regardless of chain type — water displaces surface lubricant, and a sealed chain’s internal grease is protected, but the external roller-sprocket contact surface still benefits from re-lubrication after extended wet exposure.
Sealed chains extend external lubrication intervals to 600–1,500 km depending on type — fewer maintenance events per year and better protection between services. All sealed types in stock.
If maintenance frequency is the issue, upgrading to a sealed chain extends lubrication intervals to 600–1,500 km. Korea Ever-Power stocks all types — send us your chain number and we confirm the correct sealed equivalent before you order.
Urednik: Cxm
Buying Guide What Is the Best Motorcycle Chain? Buying Guide by Riding Type The best…
How-To Guide — Chain Replacement How to Replace a Motorcycle Chain Step-by-Step Guide Motorcycle chain…
How-To Guide — Chain Wear Measurement How to Measure Motorcycle Chain Wear The Complete Method…
Problem-Solving Guide Motorcycle Chain Keeps Stretching Causes and Solutions A chain that needs adjustment every…
How-To Guide — Chain Tension How to Adjust Motorcycle Chain Tension Step-by-Step Guide Chain tension…
Application Guide — Chain and Sprocket System Motorcycle Chain and Sprocket When and Why to…