2381250001 - 11R22.5 - PTL1 - Prinx Tires
11R22.5 - Prinx PTL1
| Item Number: | 2381250001 |
| Size: | 11R22.5 |
Harris Tire Company offers the largest selection of tires in Atlanta, GA and Charlotte, NC and Huntsville and Troy, AL and Jackson , MS and Ocala, FL! Whether you are looking for Prinx brand tires, tires in size 11R22.5 (or any other size), PTL1 tires, item number 2381250001, or automotive services, contact us to find out more information!
Features and Benefits of Item #2381250001
Optimized Tread Compound: Equipped with a specially formulated tread compound tailored for superior wear and tear resistance. This ensures the tire can withstand the toughest challenges posed by spread axles, providing an extended service life and reducing downtime.
Rounded Shoulder Design: Unlike traditional tire designs, the Prinx PTL1 boasts a rounded shoulder. This innovative feature disperses the large lateral forces generated during turning. As a result, the tire’s shoulder is protected from cutting damage, offering durability and extended tread life.
Shoulder Groove Bottom with Big Angle Zigzag Design: The tire’s shoulder groove bottom is engineered with a big angle zigzag design, enhancing the stability of the shoulder pattern blocks. This improves fatigue and tear resistance, and minimizes the impact of lateral forces during operation.
Stone Ejector and Gradient Design: The center grooves of the Prinx PTL1 incorporate a stone ejector system that effectively prevents debris and stones from becoming lodged in the tread. The gradient design in the bottom of the shoulder groove enhances traction and water dispersion. These features promote a longer-lasting tread and increase the potential for retreading.
Big Bead Filler and High-Strength Rim Cushion: The Prinx PTL1 is engineered to handle high-load applications common in spread axle trailers. Adopting a big bead filler and high-strength rim cushion, this tire effectively resists the significant lateral forces experienced during turns, ensuring maximum stability and safety during operation.
