Engine Piston And Ring Kit 234102G001 230242G000 Compatible With 2007-2017 ILoad IMax H-1 Starex G4KG 2.4L

1set Engine Piston and Ring Kit 234102G001 230242G000 For 2007-2017 iLoad iMax H-1 Starex G4KG 2.4L This engine piston and ring kit is designed for use with 2.4L petrol engines equipped with the G4KG ThetaII engine code.It is compatible with models including the iLoad, iMax, i 800, Starex, and H-1 manufactured between 2007 and 2017.The set includes pistons and rings that correspond to OE numbers 23410-2G001 (234102G001) and 23024-2G000 (230242G000), which are provided as reference for the ring set. The pistons are constructed from materials suitable for regular engine.The rings are machined to support effective sealing and engine performance, helping maintain oil control and combustion chamber integrity.Proper orientation of the piston in the cylinder bore should follow the markings on the piston crown.Piston ring end gaps and side clearances must be checked and conform to manufacturer specifications before installation.Lubrication of piston skirts and rings with clean engine oil is required during assembly. Installation requires adherence to specified torque values for fasteners.The kit is engineered to match the engine design, allowing direct replacement.With correct installation and maintenance, the components support consistent compression and efficient combustion, contributing to engine over time. This item is a compatible alternative.Use of brand identifiers is limited to showing which models it fits.

• Compatible with 2007 to 2017 iLoad iMax H-1 Starex models equipped with the G4KG 2.4L engine precise fitment and performance
• Includes complete piston and ring assembly with part numbers 234102G001 and 230242G000 for accurate replacement and engine rebuilding
• Engineered to meet OEM specifications for and compression in diesel and applications
• Designed for straightforward installation into existing engine blocks with minimal machining required
• Suitable for use in commercial and passenger vehicles requiring robust internal components for long-term