Del-phi HDU Fuel Injectors Company
Excellent product with exquisite craftsmanship.
Products & Solutions
CONTACT US
+86-13861753508
sales@wxdoka.com
No.18 Xiangge Road, Hudai Town, Binhu District, Wuxi, China
As the world’s first directly actuated piezoelectric fuel injector, the Delphi HDU series eliminates traditional hydraulic servo circuits by employing revolutionary piezo crystal technology to drive the needle valve directly. This architecture achieves ultra-fast transient response times of ≤0.1 ms and supports injection pressures up to 2000 bar, precisely meeting the demands of both micro-injection at idle and full-load combustion bursts.
Its innovative hydraulic-free intermediary structure enables up to seven precisely controlled injection events per cycle, with atomization consistency marked by a coefficient of variation (CV) under 0.8. The fully enclosed, zero-return fuel system eliminates high-pressure backflow losses, reducing energy consumption by 35%. Designed for passenger cars, light commercial vehicles, and equipment operating under extreme conditions, the HDU series redefines the boundaries of efficient combustion and ultra-low emissions with its “zero-lag” fuel delivery capability.
Role of High-Pressure Fuel Injectors in Modern Engines High-pressure fuel injectors play a critical role in both diesel and gasoline engines by controlling how fuel is delivered into the combustion ch...
READ MOREHigh-Precision Fuel Injection Control Piezoelectric injectors operate using piezoelectric crystals that expand and contract when an electric voltage is applied. This physical reaction allows the injec...
READ MOREIntroduction to High‑Performance Fuel Injectors High‑performance fuel injectors are critical components in modern and modified engines, designed to deliver precise amounts of fuel to the combustion ch...
READ MOREUnderstanding Diesel Fuel Injectors and Their Importance Diesel fuel injectors are a critical component of a diesel engine’s fuel system, responsible for delivering precise amounts of fuel directly in...
READ MORE