Denso original Denso 23670-0E020 Diesel Common Rail Fuel Injector Assembly for Toyota Hilux Revo Fortuner 2.4L 2GD-FTV 295700-0560 891856-G4 original new injector

The DENSO 23670-0E020 common rail diesel fuel injector is engineered to deliver OEM-level performance for Toyota D-4D powertrains, including the 1KD-FTV 3.0L and 2KD-FTV 2.5L engines. Manufactured under strict ISO9001 and IATF16949 quality standards, each injector assembly is 100% flow tested and precision calibrated to ensure stable fuel delivery, superior atomization, and consistent high-pressure operation. Designed for the DENSO CRDI fuel injection system, this unit provides reliable cold-start behavior, optimized combustion efficiency, and reduced exhaust emissions across demanding driving and working conditions.

This injector is fully compatible with a broad range of Toyota vehicles such as Hilux, Vigo, Fortuner, Hiace, Innova, Land Cruiser Prado, Kijang, and Quantum, as well as commercial vans, pickup trucks, SUVs, and heavy-duty equipment including construction, agricultural, mining, and power generation machinery. Extensive cross-reference coverage—23670-0E010, 23670-30140, 23670-30150, 23670-30240, 23670-39315, 23670-39316, 23670-39317, 095000-7760, 095000-7761, 095000-7780, 095000-7781, 095000-8290, and 095000-8291—allows distributors, fleet operators, and service workshops to consolidate inventory while meeting global export requirements with confidence.

Backed by a 12-month warranty, the 23670-0E020 injector is built for long service life and high reliability under extreme operating environments. Proper installation requires clean fuel lines, new injector seals and washers, verified rail pressure, ECU coding where applicable, and post-installation leak-off testing. Technicians should also use ultra-clean diesel, replace fuel filters regularly, and monitor rail pressure to maintain peak performance. For diagnostic verification, return flow testing, solenoid resistance checks, rail pressure analysis, and ECU fault code review are recommended to confirm optimal injector function.