BMC WASHABLE AIR FILTER HONDA FM299/12

BMC WASHABLE AIR FILTER HONDA FM299/12

The choice of champions:

BMC equips some of the biggest teams in Formula 1, MotoGP, WorldSBK.

1. Better airflow to the engine:

The cotton gauze used by BMC has larger links, allowing for better airflow, but the use of multiple layers of oil-soaked cotton allows for any impurities larger than 7 microns to be blocked.

2. Greater retention and detection:

BMC air filters achieved an impressive 97.5% filtration efficiency in the ISO5011 test.

3. Larger filtering area:

Maximum air permeability and greater airflow passage.

4. The choice of champions:

BMC equips some of the biggest teams in Formula 1, MotoGP, WorldSBK.

General information

The cylindrical/panel air filter is commonly referred to as a replacement air filter. It is installed in the vehicle's original air box to replace the OEM air filter. It is made of high-performance materials that allow for greater air flow combined with more efficient filtration, ensuring the containment of all impurities from as small as 7 microns (compared to 10 microns for OEMs).

BMC air filters are manufactured using a Full Molding system that allows the characteristic red filter to be made from a single mold without welded joints, thus avoiding easy breakage. The rubber used in BMC air filtering systems has a long life, is very durable and has optimal adhesion characteristics to all shapes of airboxes.

BMC filters are made from a multi-layer cotton gauze soaked with low viscosity oil covered with an epoxy-coated alloy mesh to ensure protection against gasoline vapors and oxidation due to air humidity.

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

Airflow diagram for a sample BMC air filter versus an OEM paper filter:

Temperature 25°C - Humidity 25% - Pressure 1020mbar

Testing was performed with OEM air box and related airflow restrictions.

This chart is for illustrative purposes only and does not relate to the actual filter.