1109012G15B0 Turbocharger Intake Pipe is the reinforced air hose installed between air cleaner and turbo inlet of JAC HFC light truck. It transfers filtered fresh air into the rotating turbo assembly to build up designed boost pressure for combustion. This aftermarket replacement hose resolves power drop, excessive fuel consumption and intake related fault codes caused by surface crack, rubber hardening and loose sealing joint of old pipes. Reliable air passage guarantees stable air-fuel ratio and consistent engine output for light trucks engaged in urban distribution and narrow road delivery tasks.
Product Advantages High-temperature resistant rubber formula tolerates hot air and minor oil vapor from crankcase ventilation. Built-in fabric reinforcement layer prevents bulging under boost pressure. Pre-shaped bending profile avoids forced tension and friction against nearby chassis parts. Each hose undergoes air tightness test and aging screening before shipment, standard pipe diameter for matching original hose clamps directly.
| Item | Parameter |
|---|---|
| Part Number | 1109012G15B0 |
| Product Name | Turbocharger Intake Boost Hose |
| Compatible Model | JAC HFC Light Truck |
| Material | Heat-resistant Rubber + Fiber Reinforced Layer |
| Feature | Boost Air Conduction, Anti-Expansion, Leakage Prevention, Vibration Resistant |
| MOQ | Negotiable |
| Application | Engine Intake Boost Pipeline Assembly |
Applicable Models Fit for JAC HFC series light-duty commercial trucks, widely used for short haul cargo delivery and township logistics.


FAQ
Q1: What symptom indicates this intake hose has hidden air leakage?
A1: Engine acceleration becomes sluggish, fuel consumption increases and boost pressure reading fluctuates abnormally.
Q2: What damage will contact with exhaust manifold bring to this rubber pipe?
A2: Continuous high heat accelerates rubber aging, leading to cracking and air leakage in a short period.
Q3: Why should we check all related clamps during replacement?
A1: Corroded or deformed clamps cannot maintain clamping force and will cause air leak again.