Back to catalogue
Spare parts FORD models

Diesel particulate filter (DPF) Ford B-Max JK 1.4 90 hp Petrol

Info: FORD B-Max (JK8) 1.4
  • Manuf. year (from - to): 10.2012-...
  • Power [kW]: 66
  • Power [hp]: 90
  • Cylinder capacity (cc): 1388
  • Engine type: Petrol Engine
Car body:
  • Car body type: MPV
Technical data:
  • Engine code: SPJE
  • Manufacturer's model designation: JK
  • Catalytic Converter: ...
  • Fuel Supply: Intake Manifold Injection/ Carburettor
  • Engine Design: Straight
  • Exhaust Emission Norm: ...
  • Transmission: ...
  • Model year from: ...
  • Model year to: ...
Filter
Select the manufacturer
  • WYNN'S W29079 Diesel particulate filter (DPF) Ford B-Max JK 1.4 90 hp Petrol 2012
     DPF WYNN'S W29079
    Soot / Particulate Filter Cleaning WYNN'S W29079 Capacity: 500ml
    Article №: W29079
    Please rate this product
    Out of Stock
    Danger!
    More
    Inform on availability
    £ 23,08
    £ 46,16 for 1 litre
    incl. 20% VAT,
    excl. delivery costs
    Details
  • LIQUI MOLY 20711 DPF Ford B-Max JK 1.4 90 hp Petrol 2013
     DPF filter LIQUI MOLY 20711
    Free delivery
    Soot / Particulate Filter Cleaning LIQUI MOLY 20711 Capacity: 5l
    Article №: 20711
    Please rate this product
    Out of Stock
    Inform on availability
    £ 192,98
    £ 38,60 for 1 litre
    incl. 20% VAT,
    excl. delivery costs
    Details
    • Capacity [litre]: Diesel particulate filter (DPF) 5 Capacity [litre]5
    • Packing Type: Canister
    • Condition: Brand new

DPF for Ford B-MAX (JK) 1.4 – the best products as chosen by customers

Customers also shopped for

Exhaust
Bestsellers
Diesel particulate filter (DPF)
Buy spares parts for FORD B-MAX
  • Best prices
    Buycarparts.co.uk guarantees high-quality car parts at very attractive prices.
  • Wide choice
    We currently have over 500,000 car parts in our product range.
  • Save on shipping
    Free shipping within the UK applies to orders over £ 140 and excludes bulky items, tyres, or core parts.
  • Fast delivery
    Shipping methods
    • EVRI