Denso original  095000-8910 095000-8911 Common Rail Injector for HOWO Engineering Equipment Replacement for OEM VG1246080051 original new injector

The DENSO 095000-8910 common rail fuel injector is engineered as a direct OEM replacement component specifically calibrated for SINOTRUK HOWO heavy-duty trucks equipped with the Weichai WD615 and WP10 engine platforms. Designed to match the original fuel system parameters of CNHTC diesel powertrains, this injector delivers precise fuel metering, stable rail pressure response, and consistent injection quantity across the full engine operating range. The part is fully interchangeable with authorized cross references 095000-8911 and 095000-8912, providing a reliable identification match for fleet maintenance operations and aftermarket replacement sourcing.
Manufactured to original DENSO industrial specifications, the 095000-8910 injector features precision-machined internal components, a multi-hole nozzle geometry for ultra-fine fuel atomization, and a high-response solenoid actuator for fast ECU communication. The assembly is built with wear-resistant materials and corrosion-protected surfaces, ensuring extended service life under the demanding conditions of long-haul transport, construction sites, mining operations, and stationary diesel generator applications. Each unit is calibrated to OEM injection quantity standards, supporting improved combustion efficiency, reduced fuel consumption, and lower exhaust emissions.
The 095000-8910 also serves SINOTRUK HOWO A7, T5G, and T7H series vehicles, covering tractor trucks, dump trucks, cargo trucks, mixer trucks, and special-purpose CNHTC vehicles powered by Weichai WD615, WD615.47, WD615.69, WP10.336, WP10.340, WP10.380, and WP12 engines. Recommended installation follows standard OEM procedure, including battery disconnection, injector seat cleaning, correct torque application, and post-installation leak testing. For optimal performance and durability, operators should use high-quality diesel fuel, replace fuel filters at regular intervals, and monitor rail pressure through periodic diagnostic scans.