Spring Sale Michelin® X Works Hd Z - 315/80r22.5 156/150k (top Rated) [497ktMrI]

Spring Sale Michelin® X Works Hd Z - 315/80r22.5 156/150k (top Rated) [497ktMrI]

The MICHELIN® X WORKS™ HD Z is a heavy-duty tire designed to excel in the most demanding work environments. Engineered with advanced technology and robust design, this tire is the ultimate solution for increased productivity and cost optimization.

Key Features:

• Cost Optimization: Achieve cost savings with a more resilient casing and a robust design that extends the tire's lifespan.
• Off-Road Mobility: Experience enhanced off-road mobility with an aggressive tread design featuring wide and deep lugs for superior traction and durability.

Design Reinforcement: The reinforced tread and casing improve resistance to accidental damage, ensuring long-lasting performance. The tire is also marked with M+S for winter mobility, making it a reliable choice year-round, regardless of the weather conditions.

Product Properties and Specifications

The MICHELIN® X WORKS™ HD Z features a reinforced tread design and casing for maximum durability. With a size of 315/80R22.5 and load index 156/150K, this tire is engineered to handle heavy loads and demanding conditions. Its aggressive tread pattern and deep lugs provide excellent traction on both paved and unpaved surfaces, making it an ideal choice for construction, agriculture, and other industrial applications.

Practical Uses and Benefits

The MICHELIN® X WORKS™ HD Z is designed to enhance productivity in challenging work environments. Its robust construction and cost-effective design make it an ideal choice for businesses looking to maximize their investment in tires. With its superior off-road mobility and winter mobility capabilities, this tire ensures that you can maintain operations throughout the year, regardless of the weather. Whether you're working on a construction site, in a farming operation, or any other demanding industry, the MICHELIN® X WORKS™ HD Z is the tire you can count on to deliver exceptional performance and reliability.