The Zenna TR-100 is a commercial tire that's designed specifically for use on the trailer axle of semi-trucks in on-highway applications. Reinforced steel belts improve stability, durability, and strength, and the TR-100's internal design prevents deformation when carrying heavier loads for a longer tread life. Additionally, the TR-100's wide grooves drain water out of the tread to reduce the risk of hydroplaning in slippery weather.
Features & Benefits
Designed for use on the trailer axle of semi-trucks
Steel belted radial construction boosts strength and durability
Four circumferential grooves to aid in wet weather traction
Tread design ensures longer tread life by guaranteeing even wear throughout the tire?s lifetime
Yes, Zenna TR-100 tires are good. The TR-100 is a reliable and durable commercial tire that's designed specifically for use on the trailer axle of semi-trucks.
The Zenna TR-100 is manufactured by American Omni Trading Company, a reputable supplier of reliable and cost-effective tires for various applications.
Zenna TR-100 tires are manufactured in China. That said, some TR-100 tires could be made in other parts of the world.
The Zenna TR-100 is not categorized as a traditional all-season tire. It is a commercial trailer tire designed specifically for use on the trailer axle of semi-trucks, providing reliable traction in both dry and wet conditions. That said, the tire can be used in dry, wet, and light winter weather conditions thanks to its rubber compound and tread pattern.
No, the Zenna TR-100 is not a directional tire. Its symmetric tread design allows for flexible rotation, ensuring even wear and extending the tire’s service life.
No, Zenna TR-100 tires are not noisy. TR-100 tires are designed with a tread pattern that promotes stability and reduces noise, offering a quieter and smoother towing experience for on-highway applications.
Yes, Zenna TR-100 tires contributes to better fuel efficiency with its steel-belted radial construction and optimized tread design, which reduce rolling resistance and improve overall performance during long-haul applications.