ME013366 Mitsubishi SLEEVE STD, Price: 133.61$, Weight: 1.4kg
| Make | Number | Name | Availability | Weight, kg | Ship in, Days | Price |
|---|---|---|---|---|---|---|
Mitsubishi |
ME013366 |
SLEEVE STD |
0 |
1.4 |
15-20 |
133.61$ |
| Not Available | ||||||
Originals
| Make | Number | Name | Availability | Weight, kg | Processing, days | Price | |
|---|---|---|---|---|---|---|---|
| FUSO |
SLEEVE STD
|
50 |
1.61
|
15-20
|
86.26$
|
||
| RIKEN |
ME013366
|
CYLINDER LINER 4D34 FF W/OF
|
0 |
1.61
|
4-5
|
61.83$
|
Not Available |
| Mitsubishi |
SLEEVE STD
|
0 |
1.61
|
-
|
133.61$
|
Not Available |
Substitutions
| Make | Number | Name | Availability | Weight, kg | Processing, days | Price | |
|---|---|---|---|---|---|---|---|
| TEIKIN |
LSF43170
|
CYLINDER LINER 4D34 SF
|
20 |
1.61
|
4-5
|
64.03$
|
|
| TEIKIN |
LSX43170
|
CYLINDER LINER 4D34 LSX
|
20 |
1.61
|
4-5
|
64.03$
|
|
| FUSO |
ME013321
|
SLEEVE STD
|
0 |
6.095
|
-
|
112.69$
|
Not Available |
| FUSO |
ME013321
|
SLEEVE STD
|
0 |
6.095
|
-
|
112.69$
|
Not Available |
| Mitsubishi |
ME013321
|
SLEEVESTD
|
0 |
6.095
|
-
|
109.76$
|
Not Available |
| RIKEN |
FF4D34WOF
|
CYLINDER LINER 4D34 FF W/OF
|
0 |
1.61
|
4-5
|
63.83$
|
Not Available |
| RIKEN |
FF4D32
|
CYLINDER LINER 4D32 FF
|
0 |
4.888
|
4-5
|
60.88$
|
Not Available |
| RIKEN |
FF4D34
|
CYLINDER LINER 4D34/32 FF
|
0 |
1.61
|
4-5
|
59.83$
|
Not Available |
| RIKEN |
SF4D34
|
CYLINDER LINER 4D34 SF W/OF
|
0 |
1.61
|
4-5
|
58.78$
|
Not Available |
| TEIKIN |
LFX43170
|
CYLINDER LINER 4D34-FF LFX
|
0 |
1.61
|
4-5
|
57.83$
|
Not Available |
Engine Piston Pin Sleeve (Standard Size) for Mitsubishi Applications οΈ
This standard-size piston pin sleeve is a precision bushing used inside the connecting rod small-end on many Mitsubishi diesel and industrial engines. It creates a smooth, correctly sized surface for the piston pin to rotate and slide without damaging the rod.
Why this part is needed β
The piston pin area carries heavy load every time the engine fires. The sleeve protects the connecting rod, keeps the pin centered, and maintains correct oil clearance so the joint stays cool and stable at high RPM and under boost.
How it works βοΈ
Engine oil forms a thin film between the piston pin and the sleeve. The bushing material is designed to handle friction and absorb minor shock. With the correct press-fit and final sizing, it prevents metal-to-metal contact and reduces vibration and knock.
What happens if itβs worn or broken
A damaged sleeve can cause piston pin noise, oval wear, low oil pressure in the rod, and scoring on the pin. If ignored, the rod small-end may crack, the piston can seize, and catastrophic engine failure may follow. Replacing it restores proper clearance and quiet operation.
Fitment tip
Always measure pin and rod bore, then finish-hone to spec after installation for best durability.