aFe Pro
Dry S Oil-Free, Performance OE
Replacement Air Filters
Corona, CA: advanced
FLOW engineering (aFe) is pleased to
announce the release of Pro Dry S
oil-free, performance OER
air filters. Consumers may now choose an
oil-free alternative for their
performance automotive air filtration
needs.
Pro
Dry S OER air filters are high-flow,
high performance air
filters designed to replace the factory
air filter. Users will
experience increased airflow,
horsepower, torque, and fuel economy
with their stock airbox. Pro Dry S OER
air filters use an oil-free, synthetic
media to filter out dirt, dust, and
other contaminants that can damage an
engine and rob a vehicle of power and
performance. The unique Pro Dry S media
uses two layers of synthetic material
designed to work without oil and still
exceed the performance characteristics
of natural fibers.
Pro Dry S OER air filters
are lifetime filters that can be easily
cleaned instead of replaced. And due to
the high-efficiency Pro Dry S synthetic
media, these filters can last up to
50,000 miles between service intervals
(under normal driving conditions). For
drivers who replace their air filter
every 20,000 miles or less, the Pro Dry
S filter will pay for itself in just two
service intervals. Pro Dry S OER air
filters have a limited lifetime
warranty.
advanced FLOW engineering
(aFe) is an innovative manufacturer of
high flow, high performance air filters,
and cold air intake systems for gas and
diesel trucks, SUVs and performance
cars, as well as performance exhausts
for diesel trucks. For more information,
contact advanced FLOW engineering, 191
Granite Street, Corona, CA 92879, USA
PH: 951-493-7100 Fax: 951-493-7177 or on
the web at www.aFefilters.com.
experience increased airflow,
horsepower, torque, and fuel economy
with their stock airbox. Pro Dry S OER
air filters use an oil-free, synthetic
media to filter out dirt, dust, and
other contaminants that can damage an
engine and rob a vehicle of power and
performance. The unique Pro Dry S media
uses two layers of synthetic material
designed to work without oil and still
exceed the performance characteristics
of natural fibers.