Common Rail Injection Systems | High-performance diesel engines | Pressure Rating: 1500 bar (Industry), 1800 bar (Our Base ▲), 2000 bar (Our Advanced ▲▲) (ISO 1073-1 standard) | ▲▲ 2000 bar (Our Advanced): Enables precise fuel delivery for improved efficiency and emissions control. | Higher cost and complexity compared to simpler systems. Requires advanced diagnostics. |
Unit Injection Systems | Medium-duty trucks, agricultural machinery | Pressure Rating: 800 bar (Industry), 1000 bar (Our Base ▲), 1200 bar (Our Advanced ▲▲) (SAE J1939) | ▲▲ 1200 bar (Our Advanced): Better performance in heavy-duty cycles. | Less efficient at extreme loads; limited scalability for modern engines. |
Pump Nozzle Systems | Older engines, stationary generators | Pressure Rating: 600 bar (Industry), 700 bar (Our Base ▲), 800 bar (Our Advanced ▲▲) (ASTM D975) | ▲▲ 800 bar (Our Advanced): Enhanced durability in harsh environments. | Outdated design; incompatible with modern emissions standards. |
Hydraulic Injection Systems | Large marine engines, locomotives | Pressure Rating: 1200 bar (Industry), 1400 bar (Our Base ▲), 1600 bar (Our Advanced ▲▲) (ISO 1073-2) | ▲▲ 1600 bar (Our Advanced): Suits extreme power demands in heavy industries. | Bulky design; maintenance-intensive due to hydraulic components. |
Electronic Unit Injection | Passenger cars, light commercial vehicles | Pressure Rating: 1000 bar (Industry), 1200 bar (Our Base ▲), 1400 bar (Our Advanced ▲▲) (ISO 14396) | ▲▲ 1400 bar (Our Advanced): Optimizes fuel economy and emission compliance. | Relies on electronic control systems, increasing vulnerability to malfunctions. |
Solenoid Operated Injectors | Small engines, auxiliary equipment | Pressure Rating: 400 bar (Industry), 500 bar (Our Base ▲), 600 bar (Our Advanced ▲▲) (SAE J1939) | ▲▲ 600 bar (Our Advanced): Reliable for compact applications like generators. | Limited scalability; unsuitable for high-power or high-pressure requirements. |