FILTROS ORIGINALES DE REPUESTO

The panel / cylindrical air filter is commonly referred to as "replacement air filter". It is installed in the vehicle's original airbox to replace the OEM air filter. It is made of highly performing materials that allow an increased air flow combined with a more efficient filtration, guaranteeing containment of all impurities from as small as 7 microns (compared to OEM's 10 microns).


Air flow chart for a sample BMC air filter against an OEM paper filter
Temperature 25C° - Humidity 25% - Pressure 1020mbar 
Test ran with oem airbox, and the related air flow constrictions.
This chart has a pure illustrative purpose and does not refer to the present filter.

BMC air filters are produced using a "Full Moulding" system that enables the characteristic red filter to be realized from a single mould with no welded joints thus avoiding easy breakage. The rubber used in BMC air filtering systems has a long life, is very durable and has optimum adhesion characteristics to all shapes of airboxes.

BMC filters are made of a multi-layered cotton gauze soaked with low viscosity oil covered with an epoxy coated alloy mesh to ensure protection from petrol fumes and oxidization due to air humidity.

All BMC air filters are pre-oiled, and they can be washed and regenerated by using the appropriate BMC regeneration kit.

For any other info, please see the FAQ page.

• NISSAN

  JUKE (F16E) 1.0 DIG-T 117	CV 117	año 19 >	chasis F16E	motor HR10DDT
  MICRA V (K14F) 0.9 LPG	CV 87	año 19 >	chasis K14F	motor HR09DET
  MICRA V (K14F) 0.9 Turbo	CV 90	año 17 >	chasis K14F	motor HR09DET
  MICRA V (K14F) 1.0	CV 71	año 17 >	chasis K14F	motor BR10DE
  MICRA V (K14F) 1.0 DIG-T117	CV 117	año 19 >	chasis K14F	motor HR10D
  MICRA V (K14F) 1.0 IG-T100	CV 101	año 18 >	chasis K14F	motor HR10D
  MICRA V (K14F) 1.5 dCi	CV 90	año 17 >	chasis K14F	motor K9K

• RENAULT

  CLIO V 1.0 SCe 65	CV 65	año 19 >
  CLIO V 1.0 SCe 75	CV 75	año 19 >
  CLIO V 1.0 TCe 100	CV 101	año 19 >		motor H4D
  CLIO V 1.3 TCe 100	CV 131	año 19 >		motor H5H