Custom Fuel Injector

The working principle of the fuel injector is that when the electromagnetic coil is energized, a suction force is generated, and the needle valve is attracted and lifted, opening the spray holes. The fuel is ejected at high speed through the annular gap between the tip of the needle valve and the spray hole, forming a mist.

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YD NO.

REFERENCE CODE.

OEM NO.

YD NO.
PRODUCT RANGE
REFERENCE CODE：
OEM NO.

YD NO.	PRODUCT RANGE	REFERENCE CODE：	OEM NO.
CA-FS3000	Fuel Injector	4G2224/	2320909130/2320909140/2320939145/M1382/
CA-FS3001	Fuel Injector	4G2227/FJ1069/	2320909175/2320939175/239136/M1385/
CA-FS3002	Fuel Injector	Fuel Injector	2320909230/
CA-FS3003	Fuel Injector	Fuel Injector	2320909240/
CA-FS3004	Fuel Injector	4G2265	232090P010/239151/M1423/
CA-FS3005	Fuel Injector	Fuel Injector	232090P09001
CA-FS3006	Fuel Injector	Fuel Injector	232090P09002/
CA-FS3007	Fuel Injector	Fuel Injector	232090P09003/
CA-FS3008	Fuel Injector	FJ644/	232090A020/2320920030/
CA-FS3009	Fuel Injector	Fuel Injector	2320909330/
CA-FS3010	Fuel Injector	Fuel Injector	2320921090/2320921091/
CA-FS3011	Fuel Injector	FJ763/	232090P040/2320931050/
CA-FS3012	Fuel Injector	Fuel Injector	232093112001/
CA-FS3013	Fuel Injector	Fuel Injector	232093112002/
CA-FS3014	Fuel Injector	Fuel Injector	232093112003/
CA-FS3015	Fuel Injector	Fuel Injector	2320931130/232090P100/
CA-FS3016	Fuel Injector	Fuel Injector	232093115001/
CA-FS3017	Fuel Injector	Fuel Injector	232093115002/
CA-FS3018	Fuel Injector	Fuel Injector	232093115003/
CA-FS3019	Fuel Injector	Fuel Injector	232093117006/
CA-FS3020	Fuel Injector	Fuel Injector	232093117007/
CA-FS3021	Fuel Injector	Fuel Injector	232093117008/
CA-FS3022	Fuel Injector	Fuel Injector	232093118001/
CA-FS3023	Fuel Injector	Fuel Injector	232093118002/
CA-FS3024	Fuel Injector	Fuel Injector	232093118003/
CA-FS3025	Fuel Injector	Fuel Injector	232093603001/
CA-FS3026	Fuel Injector	Fuel Injector	232093603002/
CA-FS3027	Fuel Injector	Fuel Injector	232093603003/
CA-FS3028	Fuel Injector	Fuel Injector	2320938060/
CA-FS3029	Fuel Injector	Fuel Injector	2320939195/
CA-FS3030	Fuel Injector	4G2300/	2320939146/239157/M1458/
CA-FS3031	Fuel Injector	4G2137/	2320939155A0/239188/M1295/
CA-FS3032	Fuel Injector	4G2140/	2320939155D0/239189/M1298/
CA-FS3033	Fuel Injector	Fuel Injector	2320979215/
CA-FS3034	Fuel Injector	Fuel Injector	2320939196/
CA-FS3035	Fuel Injector	Fuel Injector	2320939235/2320909240/
CA-FS3036	Fuel Injector	Fuel Injector	2320939275/
CA-FS3037	Fuel Injector	Fuel Injector	2320939295/
CA-FS3038	Fuel Injector	FJ100/	17100435/17109130/17112693/17113124/17113197/217294/217298/25169153/5030435/8171131970/FJ100T/FJ104/FJ239/
CA-FS3039	Fuel Injector	FJ571/4G1447/1550369/	218392/AW347305/M620/MD319792/7310597/1550369/4G1447/
CA-FS3040	Fuel Injector	FJ344/1550274/4G1124/1550274/	1571065D00/2173085/218760/2320950050/91174472/M550/4G1124/
CA-FS3041	Fuel Injector	FJ720/4G1889/	96386780/
CA-FS3042	Fuel Injector	4G1899/	239090/96487553/M1057/
CA-FS3043	Fuel Injector	Fuel Injector	1660073C90/
CA-FS3044	Fuel Injector	Fuel Injector	17123919/
CA-FS3045	Fuel Injector	Fuel Injector	17124782/ICD00110/17123924/25165453/
CA-FS3046	Fuel Injector	4G2252/	12613412/2173412/239156/M1410/
CA-FS3047	Fuel Injector	FJ659/	3531022600/
CA-FS3048	Fuel Injector	FJ1082/	353102G100/
CA-FS3049	Fuel Injector	FJ493/	3531023600/

Company Overview

Haiyan Yongda Automotive Parts Co., Ltd are authorized Custom OEM Fuel Injector Suppliers and Wholesale Fuel Injector Manufacturers of Cattle Enterprise Co., Ltd. lt locates in Yangtze River delta area, one of the competitive economy region in China. Our factory has more than 3,500 square meters and has over 100 employees. We produce and sell as many as 3,000 types, includes ignition system, starter and alternator components, sensor and so on.

Traces the history of our company, from the original single ignition coil workshop to ignition coil workshop and ignition module workshop, solenoid workshop, and recently we are enlarging and establishing our sensor workshop. At the meantime, we also established a trading department for our customers and purchasing other automotive spare parts for them, like ignition distributor, starter, alternator, rectifier, regulator, fuel pump, auto bulb, etc.

Honor

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Industry Knowledge Extension

What are the key advancements in electronic control systems that have significantly influenced the precision of fuel injectors in modern automotive technology?

Several key advancements in electronic management systems have substantially stimulated the precision of gasoline injectors in the current automotive era. Some of those improvements include:

Electronic Fuel Injection (EFI) Systems: The transition from conventional carburetors to EFI systems represents a chief development. EFI structures use electronic manipulation devices (ECUs) to precisely modify fuel shipping based totally on various factors such as engine velocity, load, and temperature.

Direct Fuel Injection (DI): DI structures at once inject fuel into the combustion chamber, allowing for extra precise management over the gasoline-air aggregate. This improves combustion efficiency, energy output, and fuel economic systems.

Cylinder-Specific Fuel Injection: Advanced electronic control systems allow gas injectors to deliver fuel on an in-step with-cylinder foundation. This character control allows for optimization of gasoline transport based on every cylinder's unique requirements, enhancing typical engine overall performance.

Variable Valve Timing (VVT): VVT structures, controlled electronically, regulate the timing of the outlet and final of the engine's consumption and exhaust valves. This optimization improves gas performance, strength transport, and emissions.

Closed-Loop Feedback Systems: Modern digital management structures appoint closed-loop comment mechanisms that continuously monitor and regulate the air-gas combination in actual time. This ensures the finest combustion under various riding conditions, contributing to efficiency and decreased emissions.

Wideband Oxygen Sensors: Electronic management systems make use of advanced oxygen sensors that provide greater correct readings of the air-gasoline aggregate. This data enables modification of fuel injection in real-time, retaining a great stoichiometric ratio for combustion.

Integrated Sensor Technologies: Electronic manipulate gadgets now integrate numerous sensors, consisting of engine temperature, air stress, and throttle position sensors, to gather complete information for particular gas injector management.

Adaptive Learning Algorithms: Some electronic control structures contain adaptive learning algorithms that continuously examine records to adjust fuel shipping parameters based totally on the engine's actual overall performance over the years. This allows for tuning and optimization.

Multi-Stage Fuel Injection: In certain excessive-performance or green engines, multi-level gas injection systems are employed. Electronic control structures permit the suitable sequencing of multiple injection events within every combustion cycle, optimizing electricity and gasoline performance.

Advanced Calibration Techniques: Manufacturers hire sophisticated calibration techniques, often aided through PC simulations, to rate-track digital control structures. This ensures that fuel injectors operate with excessive precision throughout an extensive variety of use situations.

These advancements collectively contribute to progressed fuel efficiency, reduced emissions, and better usual engine performance in modern car generation.

How have electronic control systems evolved to meet the demands of alternative fuel sources, and what impact does this have on the development of next-generation fuel injection systems?

Electronic control systems have evolved significantly to meet the demands of alternative fuel sources in the automotive industry. The shift toward alternative fuels, such as electricity, hydrogen, compressed natural gas (CNG), and biofuels, has required adaptations in electronic control systems, influencing the development of next-generation fuel injection systems. Here are some key ways in which electronic control systems have evolved in response to alternative fuels:

Electronic control systems are designed to accommodate a wide range of alternative fuels. This flexibility is crucial as different alternative fuels have distinct combustion characteristics and energy content.

Electronic control structures in hybrid and electric cars play a critical role in managing strength delivery, strength regeneration, and typical gadget efficiency. Advanced control algorithms make sure specific coordination between electric and conventional gasoline-based total strength assets.

Hydrogen gasoline cellular motors require specific manipulation over the transport of hydrogen to the gasoline cells. Electronic manipulation structures for hydrogen-powered cars manage the injection of hydrogen into the gas mobile stack, optimizing performance and electricity output.

Vehicles strolling on compressed herbal fuel (CNG) or liquefied petroleum fuel (LPG) depend on electronic management systems to alter the injection of gaseous fuels into the combustion chamber. These systems make certain efficient combustion and performance.

Electronic management systems in flex-gas cars are designed to handle more than one gas kind, along with fuel and ethanol. These structures can dynamically alter gas injection parameters based on the gasoline composition, taking into account the reliable engine performance.

Advanced digital management systems integrate specialized sensors to screen opportunity gas homes. This actual-time information permits particular changes to gas injection timing, period, and quantity, optimizing combustion for one-of-a-kind gasoline sorts.

Electronic management systems have evolved to encompass sophisticated diagnostic abilities to monitor the fitness and performance of components related to alternative gas systems. This is crucial for ensuring reliability and compliance with emissions standards.

Manufacturers can remotely update digital management gadget software programs to deal with enhancements, deal with problems, or adapt to new alternative fuels. This capability guarantees that motors continue to be like-minded with evolving gasoline technologies.

Ongoing research and development consciousness on revolutionary gasoline injection technology that caters mainly to alternative fuels. This consists of exploring new injector designs, spray styles, and injection techniques for top-of-the-line combustion.

The effect of those improvements is the emergence of next-era gasoline injection structures that aren't adaptable to a whole lot of opportunity fuels but additionally capable of turning in stepped-forward performance, reduced emissions, and more suitable performance. As the automobile industry continues to explore and undertake alternative fuels, electronic manipulation systems will play a pivotal role in shaping the future of the fuel injection era.