Catalytic Converter M140139 | 2616862 1543372885 | USA - Scrap Prices & Sell Used
Send us photos and get free price views
Send us the analyzes of Pt, Pd, Rh and get free price views
Send us photos and/or analyzes of Pt, Pd, Rh and get free price views
Send photo Send analyzes Send photo
Send photo Send analyzes Send photo
USA - Catalyst buyer's companies AutoCatalyst Market
-
![]()
Case Auto Parts and RecyclingShow details -
![]()
Frank junk carsShow details
Do you need a catalyst, the price of which is acceptable? The M140139 catalyst is suitable for the specified car model Kenworth , where this engine is used. The car year is designated by the catalyst manufacturer . The catalytic converter with the given number | 2616862 1543372885 has the corresponding monolith type DPF. The device from the car manufacturer Kenworth is made in the quality working conditions of the country of manufacture. The specified price of the catalyst depends on the market value of its materials. And it can vary widely.
Show more
Articles
What Are Torpedo Catalytic Converters?
Apr 24, 2024
Torpedo catalysts are usually larger units compared to conventional catalytic converters. Usually, these uncommonly shaped catalytic converters come from Ford vehicles and are made for specific Ford c...
How Much Do Catalytic Converters Weigh?
Apr 23, 2024
Catalytic converters come in many different types, shapes, and weights. Many people know how important it is to properly dispose of used catalytic converters, but it is also important to understand th...
What does a catalytic converter look like: an identification Guide
Apr 23, 2024
Catalytic converters are crucial emissions control devices in vehicles, tasked with reducing harmful pollutants. Identifying these converters is key due to their high scrap value, which you can benefi...
How much Palladium is in a catalytic converter?
Apr 23, 2024
Catalytic converters, pivotal in reducing vehicle emissions, house a trio of precious metals such as platinum, palladium, and rhodium. These elements catalyze chemical reactions that transform harmful...