PAI
481134 Exhaust Manifold Kit for International 7.3 / 444 Engines application
- SKU:
- 481134
- MPN:
- 481134
Description
- Exhaust Manifold Kit
- International 7.3 / 444 Engines application
- WEIGHT: 33.40 LBS
- PKG SIZE: 36 x 12 x 6 inches
Consists Of: Missing Kit Components
| Part | Description | Qty |
|---|---|---|
| EXHAUST MANIFOLD GASKET | 1 | |
| GASKET | 1 | |
| FLANGED EXHAUST GASKET | 1 | |
| O-RING | 4 | |
| O-RING | 1 | |
| O-RING | 1 | |
| TURBOCHARGER MOUNTING STUD | 5 | |
| SCREW | 5 | |
| NUT | 3 | |
| EXHAUST PIPE GASKET | 1 | |
|
TURBOCHARGER SEAL KIT QTY: 1
NUT QTY: 5
TURBOCHARGER STUD QTY: 3 TURBO GASKET QTY: 1 TURBO GASKET QTY: 1 |
TURBOCHARGER GASKET KIT | 1 |
|
EXHAUST SEAL QTY: 8
|
EXHAUST SEAL KIT | 2 |
|
|
EGR SEAL | 1 |
|
FRONT EXHAUST MANIFOLD QTY: 1
REAR EXHAUST MANIFOLD QTY: 1
|
KIT.MAN.EX. | 1 |
| CAPSCREW | 1 | |
| CAPSCREW | 3 | |
|
|
CAPSCREW | 3 |
| EXHAUST MANIFOLD CUFF KIT | 1 |
Frequently Asked Questions
It includes both front and rear engine exhaust manifold pieces along with the sealing and mounting hardware needed for installation. Expect gaskets, O-rings, exhaust seals, studs, nuts, screws, and turbocharger gasket/seal kit components to help prevent leaks. This exhaust manifold kit is designed to make an International 7.3 / 444 engine repair more complete without sourcing parts separately.
It is intended for International 7.3 / 444 engine applications and is commonly used when servicing an International 444E exhaust manifold setup. Fitment can vary by vehicle configuration, so confirm your engine family and exhaust/turbo arrangement before purchase. Matching the correct diesel engine manifold kit to your application helps avoid gasket misalignment and hardware issues.
Replacing worn manifold sections and renewing sealing surfaces can improve exhaust flow and reduce exhaust leaks that affect performance and noise. The included gaskets, seals, and studs support a tight, reliable installation for an engine exhaust manifold job. Using a complete exhaust manifold kit can also reduce downtime compared with piecing together individual components.