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Common Rail is now the most common fuel system in diesel vehicles. Diesel engine performance and emissions are closely related to fuel atomization and spray processes, which in turn are strongly influenced by nozzle geometry.Welcome to contact Ms.Chris for more details,thank you.
Injection nozzles for diesel engines inject the fuel into the combustion chamber, atomize it and seal the combustion chamber by means of the nozzle needle. In the Common Rail System, the injection nozzle is part of the injector.
The injection nozzle consists of the nozzle body the cone of which protrudes into the combustion chamber. The injection orifices through which the fuel is injected are bored in the nozzle cone. The number, configuration, length and diameter of these injection orifices permit the shape of the injection spray to be formed in a way that is ideally matched to the engine cylinder.
Inside the nozzle body is the nozzle needle which, when closed, blocks the injection orifices. For fuel injection, the nozzle needle is raised by the hydraulic servo system of the injector so that the injection orifices are opened. The faster the nozzle needle can be opened and re-closed, the more precisely the injection rate can be controlled.
The injection rate and the shape of the injection spray have a decisive influence on fuel consumption and raw emissions from the engine.
China-Lutong is one of the most important Chinese companies in the manufacturing and supply of products, parts, components and equipment for diesel injection systems. As well as the spare parts for common rail pumps and injectors. You can count on China-Lutong Diesel from the sale to the installation to provide award-winning customer service. Contact our sales or technical department at 086-594-3605653 or send us an email. We offer you the best price guaranteed, in addition to expert technical support. China-Lutong Diesel is your one stop solution for diesel fuel injection parts.T
All processes are managed under the ISO 9001:2008 standard. When it comes to Remanufacturing, even ISO TS 16949 is applied. Quality under hand and seal.
Nozzle | P(C.R.) | H365 | H365 |
Nozzle | P(C.R.) | H342 | H342 |
Nozzle | P(C.R.) | H342 | H342 |
Nozzle | Marine | GYNDD5-2 | GYNDD5-2 |
Nozzle | P(C.R.) | G4S16 | G4S16 |
Nozzle | P(C.R.) | G4S009 | G4S009 |
Nozzle | P(C.R.) | G4S008 | G4S008 |
Nozzle | P(C.R.) | G3S99 | G3S99 |
Nozzle | P(C.R.) | G3S97 | G3S97 |
Nozzle | P(C.R.) | G3S93 | G3S93 |
Nozzle | P(C.R.) | G3S92 | G3S92 |
Nozzle | P(C.R.) | G3S91 | G3S91 |
Nozzle | P(C.R.) | G3S9 | G3S9 |
Nozzle | P(C.R.) | G3S89 | G3S89 |
Nozzle | P(C.R.) | G3S87 | G3S87 |
Nozzle | P(C.R.) | G3S86 | G3S86 |
Nozzle | P(C.R.) | G3S82 | G3S82 |
Nozzle | P(C.R.) | G3S81 | G3S81 |
Nozzle | P(C.R.) | G3S80 | G3S80 |
Nozzle | P(C.R.) | G3S8 | G3S8 |
Nozzle | P(C.R.) | G3S79 | G3S79 |
Nozzle | P(C.R.) | G3S78 | G3S78 |
Nozzle | P(C.R.) | G3S77 | G3S77 |
Nozzle | P(C.R.) | G3S74 | G3S74 |
Nozzle | P(C.R.) | G3S73 | G3S73 |
Nozzle | P(C.R.) | G3S72 | G3S72 |
Nozzle | P(C.R.) | G3S71 | G3S71 |
Nozzle | P(C.R.) | G3S7 | G3S7 |
Nozzle | P(C.R.) | G3S69 | G3S69 |
Nozzle | P(C.R.) | G3S67 | G3S67 |
Nozzle | P(C.R.) | G3S66 | G3S66 |
Nozzle | P(C.R.) | G3S61 | G3S61 |
Nozzle | P(C.R.) | G3S60 | G3S60 |
Nozzle | P(C.R.) | G3S6 | G3S6 |
Nozzle | P(C.R.) | G3S58 | G3S58 |
Nozzle | P(C.R.) | G3S56 | G3S56 |
Nozzle | P(C.R.) | G3S55 | G3S55 |
Nozzle | P(C.R.) | G3S54 | G3S54 |
Nozzle | P(C.R.) | G3S53 | G3S53 |
Nozzle | P(C.R.) | G3S52 | G3S52 |
Nozzle | P(C.R.) | G3S51 | G3S51 |
Nozzle | P(C.R.) | G3S50 | G3S50 |
Nozzle | P(C.R.) | G3S5 | G3S5 |
Nozzle | P(C.R.) | G3S49 | G3S49 |
Nozzle | P(C.R.) | G3S48 | G3S48 |
Nozzle | P(C.R.) | G3S47 | G3S47 |
Nozzle | P(C.R.) | G3S46 | G3S46 |
Nozzle | P(C.R.) | G3S45 | G3S45 |
Nozzle | P(C.R.) | G3S44 | G3S44 |
Nozzle | P(C.R.) | G3S43 | G3S43 |
Nozzle | P(C.R.) | G3S42 | G3S42 |
Nozzle | P(C.R.) | G3S41 | G3S41 |
Nozzle | P(C.R.) | G3S40 | G3S40 |
Nozzle | P(C.R.) | G3S4 | G3S4 |
Nozzle | P(C.R.) | G3S38 | G3S38 |
Nozzle | P(C.R.) | G3S37 | G3S37 |
Nozzle | P(C.R.) | G3S33 | G3S33 |
Nozzle | P(C.R.) | G3S32 | G3S32 |
Nozzle | P(C.R.) | G3S31 | G3S31 |
Nozzle | P(C.R.) | G3S30 | G3S30 |
Nozzle | P(C.R.) | G3S3 | G3S3 |
Nozzle | P(C.R.) | G3S29 | G3S29 |
Nozzle | P(C.R.) | G3S28 | G3S28 |
Nozzle | P(C.R.) | G3S25 | G3S25 |
Nozzle | P(C.R.) | G3S24 | G3S24 |
Nozzle | P(C.R.) | G3S23 | G3S23 |
Nozzle | P(C.R.) | G3S22 | G3S22 |
Nozzle | P(C.R.) | G3S21 | G3S21 |
Nozzle | P(C.R.) | G3S20 | G3S20 |
Nozzle | P(C.R.) | G3S2 | G3S2 |
Nozzle | P(C.R.) | G3S19 | G3S19 |
Nozzle | P(C.R.) | G3S18 | G3S18 |
Nozzle | P(C.R.) | G3S17 | G3S17 |
Nozzle | P(C.R.) | G3S16 | G3S16 |
Nozzle | P(C.R.) | G3S154 | G3S154 |
Nozzle | P(C.R.) | G3S150 | G3S150 |
Nozzle | P(C.R.) | G3S15 | G3S15 |
Nozzle | P(C.R.) | G3S14 | G3S14 |
Nozzle | P(C.R.) | G3S136 | G3S136 |
Nozzle | P(C.R.) | G3S130 | G3S130 |
Nozzle | P(C.R.) | G3S127 | G3S127 |
Nozzle | P(C.R.) | G3S126 | G3S126 |
Nozzle | P(C.R.) | G3S125 | G3S125 |
Nozzle | P(C.R.) | G3S124 | G3S124 |
Nozzle | P(C.R.) | G3S123 | G3S123 |
Nozzle | P(C.R.) | G3S120 | G3S120 |
Nozzle | P(C.R.) | G3S12 | G3S12 |
Nozzle | P(C.R.) | G3S112 | G3S112 |
Nozzle | P(C.R.) | G3S11 | G3S11 |
Nozzle | P(C.R.) | G3S107 | G3S107 |
Nozzle | P(C.R.) | G3S103 | G3S103 |
Nozzle | P(C.R.) | G3S102 | G3S102 |
Nozzle | P(C.R.) | G3S101 | G3S101 |
Nozzle | P(C.R.) | ALLA151G3S10 | G3S10 |
Nozzle | P(C.R.) | G3S1 | G3S1 |
Nozzle | P(C.R.) | G3P005 | G3P005 |
Nozzle | P(C.R.) | G3P004 | G3P004 |
Nozzle | P(C.R.) | G3C001 | G3C001 |
Nozzle | P(C.R.) | G383 | G383 |
Nozzle | P(C.R.) | G364 | G364 |
Nozzle | P(C.R.) | G341 | G341 |
Nozzle | P(C.R.) | F00VX40072 | F00VX40072 |
Nozzle | P(C.R.) | F00VX40068 | F00VX40068 |
Nozzle | P(C.R.) | F00VX40066 | F00VX40066 |
Nozzle | P(C.R.) | F00VX40061 | F00VX40061 |
Nozzle | P(C.R.) | F00VX40042 | F00VX40042 |
Nozzle | P(C.R.) | F00VX40031 | F00VX40031 |
Nozzle | P(C.R.) | F00VX40030 | F00VX40030 |
Nozzle | P(C.R.) | F00VX400115 | F00VX400115 |
Nozzle | P(C.R.) | F00VX30020 | F00VX30020 |
Nozzle | P(C.R.) | F00VX20067 | F00VX20067 |
Nozzle | P(C.R.) | F00VX20054 | F00VX20054 |
Nozzle | P(C.R.) | F00VX20024 | F00VX20024 |
Nozzle | P(C.R.) | F00VX20018 | F00VX20018 |
Nozzle | P(C.R.) | F00VX20017 | F00VX20017 |
Nozzle | P | EDLL160P9277 | EDLL160P9277 |
Nozzle | P(C.R.) | E374 | E374 |
Nozzle | P(C.R.) | E347 | E347 |
Nozzle | P(C.R.) | E347 | E347 |
Nozzle | P(C.R.) | E286 | E286 |