Filtration
With filter media formulation, pleat design, pressure-loss control and functional validation, KENMOS supports cabin filters with balanced airflow, filtration efficiency and stable quality.
AIRFLOW DESIGN
High airflow with low pressure drop
Filters made with different material compositions produce different pressure drops. Through automotive filter testing equipment based on DIN 71460, we can determine optimal pleat conditions to increase airflow, reduce blower speed, extend blower life and lower fuel consumption.
- Material composition analysis
- Optimal pleat conditions
- Lower pressure drop
- Improved airflow
FUNCTIONAL FILTER
Negative-ion functional filter
Negative-ion functional filters can increase the negative-ion content in cabin air and help improve in-vehicle air quality.
- Air purification
- Immune support
- Cell activation
- Blood purification support
- Autonomic nervous system balance
AIR QUALITY
Airborne allergens
Cabin filters need to handle common in-vehicle air pollutants such as PM2.5, dust mites, pollen, mold, VOCs and formaldehyde. Through different filter media designs, filtration, adsorption and inhibition performance can be improved to keep cabin air fresh.
- PM2.5: Filters effectively remove more than 90% of PM2.5 particles
- Dust mites: Filters remove dust mites and prevent survival in cabin space
- Pollen: Filters effectively remove 100% of pollen
- Mold: Filters effectively eliminate and inhibit mold growth
- VOC: Activated-carbon filters effectively remove in-vehicle VOCs
- Formaldehyde: Formaldehyde-removal filters effectively reduce formaldehyde
PRODUCTION
Automated production
Automated filter production improves capacity and reduces human-error risk, effectively raising yield to 99.7%.
- Automated process
- Improved capacity
- Reduced human error
- Yield up to 99.7%
TESTING EQUIPMENT
Automotive filter testing equipment (DIN 71460)
DIN 71460 is a German/European standard for automotive filters. Using DIN 71460 testing methods, the laboratory can evaluate filter composition, pressure drop, dust collection (PM2.5) and adsorption performance for substances such as toluene and formaldehyde.
- Pressure-drop analysis
- Dust collection (PM2.5) validation
- Toluene adsorption validation
- Formaldehyde adsorption validation
ANALYSIS EQUIPMENT
Particle counter
Particle counters used with DIN 71460 can comprehensively analyze airborne particle composition across different particle sizes and evaluate filtration performance.
- Different particle-size analysis
- Airborne particle composition analysis
- Filtration performance validation
ANALYSIS METHOD
Gas chromatograph (GC)
Gas chromatography applied with DIN 71460 provides specific analysis of gas composition and supports effective evaluation of filter adsorption performance.
- Gas composition analysis
- Adsorption performance validation
- Specific analytical capability