Paccar PX8 DPF 2008-2010
Restore Particulate Control — Paccar PX8 DPF (2008–2010)
What is it?
The DPF (Diesel Particulate Filter) for Paccar PX8 engines built between 2008 and 2010 is a crucial exhaust aftertreatment component. It captures soot and fine particulate matter from the exhaust stream, then burns off the collected soot during regeneration cycles to maintain filtration capacity.
Why choose this OEM‑matched DPF?
This filter is engineered to Paccar’s original specifications—ensuring correct filter media, exhaust flow tolerance, structural integrity, and thermal endurance. A properly matched DPF helps prevent issues like excessive backpressure, diagnostics faults, inefficient regeneration, or early filter failures that are common with mismatched or lower‑quality replacements.
Key Benefits
✅ Direct‑fit for Paccar PX8 engines (2008–2010)
✅ Efficient soot capture with reliable regeneration
✅ Maintains balanced exhaust flow and prevents overpressure
✅ Constructed with durable materials for high-heat operation
✅ Integrates seamlessly with factory emission systems and diagnostics
Applications
This DPF is used in trucks and equipment powered by Paccar PX8 engines in the 2008–2010 model years. It’s essential for systems where compliance with particulate emission limits is required, especially in vocational, fleet, and regional operations.
Installation Notes
Installations should be performed by qualified technicians. Begin with a fully cooled exhaust system. Carefully remove the existing DPF, preserving sensor wiring and flanges. Clean all mating surfaces and inspect for damage. Replace any worn gaskets or seals. Align and install the new DPF, then torque fasteners to Paccar’s specifications. After installation, check for exhaust leaks, verify that flow is unimpeded, and clear any emissions system fault codes using diagnostic tools.
Final Thoughts
If your PX8 engine is triggering DPF warnings, suffering from high backpressure, or emission system faults, replacing the DPF with a properly spec’d unit for 2008–2010 restores particulate control integrity. With factory-level design, it supports cleaner operation, better performance, and reduced downtime.