Westlake produces an extra wide variety of commercial tires among which fuel efficient tires, wide base models, standard tires, and light construction tires. When you are looking for wide base commercial tires you have to keep in mind that weight there is the main reason to buy these tires. Wide base tires replace two standard tires therefore, these present less weight. As a result, it promotes low rolling resistance, fuel efficiency, and additional miles.
There is a highlighted model that presents incredible characteristics. Westlake AT559 is a high saturation wide base trailer position tire. It shows high performance in long haul services covering a wide variety of semi trailers and heavy duty cargo trailers. Wide base tires offer high carrying capacity, more mileage, and road stability.
Above all, the Westlake AT559 presents a fuel efficient tread shaped into a multi rib pattern. It comes with closed shoulder blocks designed to enhance lifespan, grip, and lateral stability. In addition, special center ribs with an all new siping design combined with five straight tread grooves offer rapid water expelling for controlled working.
Moreover, Westlake uses optimized tread compound and pattern to minimize the external noise for ride comfort. These tires promote short braking distance, superb carrying capacity, and long lasing.
Westlake AT559 is available with a wide base footprint, but also in standard sizes. This is produced in many sizes with 20, and 22.5-inch rim diameters, with up to 20-ply ratings.
Features and benefits
- Premium wide base trailer tire.
- Up to 21/32nds deep multi rib pattern promotes a quiet ride and great weight distribution.
- Five grooves expel rapid water and slush for a powerful grip.
- Stone ejector platforms reduce stone retention for casing integrity.
- Premium casing and Bead Filler technology promote up to 12,775lbs maximum load and multiple retreads.
- Scuff resistance ribs offer good sidewall protection against curbing and cutting.
- BTCT enhances durability and strength but also combats the sidewall bubble formation.
