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Corporate Announcement and New Products Lite Trax Low Pressure Track Vehicle
The ultimate machine for off road, hunting, icefishing and work which can be used on all surface types and requires no track lubrication. Call or email for a brochure and pricing or with any questions. Contact me for video and literature- Promo code # jimdoil.com for discount
AMSOIL BRAKE FLUID
Amsoil Series 600 DOT 4 Racing Brake Fluid (BF4) AMSOIL now offers Series 500 High-Performance DOT 3 Brake Fluid. AMSOIL Brake Fluids provide superior high-temperature performance in auto/light truck, high-performance, racing and powersports applications. Severe Gear Synthetic Off Road and Drag Racing Gear Lubricant in SAE 190 and SAE 250
Formulated for severe racing conditions and other applications subject to extreme shock loading and pressures. Engineered for high horsepower, high torque conditions where centrifugal gear lube sling off occurs. Formulated with shear stable, heavy synthetic base oils for high film strength and extra heavy duty additives for the best protection. Protects gears from shock loading and tire shake, resists sling off from G Forces and high speed, clings to high pinion gear styles and steep angles. Extends gear and bearing life, protects against rust and corrosion and runs cooler.
AMSOIL EaAR Air Filters
Designed to replace stock cellulose, oil-wetted gauze or foam filters. AMSOIL EaAR Air Filters are composed of the same nanofiber media found in the AMSOIL Ea Air Filters for auto and light truck applications (EaA), Universal Cold Air Induction Filters (EaAU) and the AMSOIL Ea Motorcycle Air Filters (EaAM). Nanofibers have sub-micron diameters and small inter-fiber spaces, resulting in more contaminants being captured on the surface of the media. Cellulose, wetted gauze and foam filters are larger and have larger spaces between the media, causing contaminants to load into the depth of the filter, plugging the airflow path and resulting in higher restriction and lower capacity. The nanofibers found in the AMSOIL EaAR Air Filters are less than one micron in diameter and because of their size, there are more pores per square inch (higher pore density), allowing for higher dirt-holding capacity and lower pressure drop when compared to traditional filter media. Thinner media fibers, like those in the EaAR Air Filters, produce more uniform pore size distribution, improving the filter’s overall availability to capture and retain particles.
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