4 PCS LR073828 LR073830 LR074089 Pistons Compatible with Land Rover Range Rover Discovery Jaguar XE XF 2.0TDI 204DTA AJ200D Twin Turbo STD

4 PCS LR073828 LR073830 LR074089 Engine Piston Compatible With Land Rover Range Rover Discovery Jaguar XE XF 2.0TDI Diesel 204DTA AJ200D TWIN TURBO ENGINE STD SIZE 83MM BORE Reference OE Part Numbers:AJ200D204DTA TWIN TURBO ENGINELR073828LR073830LR074089LR073828G4D36006BALR106468RMG4D36006BALR073830G4D36011BALR073807LR073810LR073812LR073813LR073814LR073815LR074091LR074092LR074093LR074094LR074087LR074088LR074089LR074090LR073633LR074086LR073645LR073777LR073779LR073780LR073638LR073710G4D39K546ABCompatible with Land Rover, Compatible with Range Rover, Compatible with Discovery, Compatible with Jaguar XE, XFKS code: 41165600G4D3-6K109-BBApplicationfor:Compatible with Land Rover Jaguar 2.0 Diesel 204DTA AJ200DCompatible with Land Rover Range Rover Discovery Jaguar XE XF 2.0D 2.0 Diesel 204DTA AJ200D STDCompatible with Jaguar E-Pace 2017/09-2021/12 X540 2.0 D 1999 ccm, 110 KW, 150 PSCompatible with Jaguar E-Pace 2017/09-2021/12 X540 2.0 D AWD 1999 ccm, 110 KW, 150 PSCompatible with Jaguar E-Pace 2017/09-2021/12 X540 2.0 D AWD 1999 ccm, 132 KW, 179 PSCompatible with Jaguar E-Pace 2017/09-2021/12 X540 2.0 D AWD 1999 ccm, 177 KW, 241 PSCompatible with Jaguar XE 2017/02-2021/12 JA 2.0 D AWD 1999 ccm, 177 KW, 241 PSCompatible with Jaguar XE 2015/03-2021/12 X760 2.0 D 1999 ccm, 120 KW, 163 PSCompatible with Jaguar XE 2015/03-2021/12 X760 2.0 D 1999 ccm, 132 KW, 180 PSCompatible with Jaguar XF 2017/03-2021/12 JB 2.0 D 1999 ccm, 177 KW, 241 PSCompatible with Jaguar XF 2017/03-2021/12 JB 2.0 D AWD 1999 ccm, 177 KW, 241 PSCompatible with Jaguar XF 2015/05-2021/12 X260 2.0 D 1999 ccm, 120 KW, 163 PSCompatible with Jaguar XF 2015/05-2021/12 X260 2.0 D 1999 ccm, 132 KW, 180 PSCompatible with Jaguar XF Sportbrake 2017/07-2021/

• Lightweight design: The density of the aluminum alloy piston is small, which can greatly reduce the mass of the piston and the inertia force of the reciprocating motion, and reduce the vibration of the high-speed engine and the engine
• Aluminum alloy piston thermal conductivity, working piston surface temperature is lower than cast iron
• The friction coefficient between the piston and the piston wall is small, which can reduce the energy loss and improve the engine efficiency
• Dimensional stability: When the temperature changes, the size and shape changes are small, and the gap with the cylinder wall can be maintained at a minimum
• The pin hole of the high-load piston is designed to be a micro inner cone type or a normal stress curved type. The dimensional accuracy of the pin hole is IT4 level, and the contour accuracy is 0.003mm, which improves the bearing capacity