Product Description
POLY PRESS-ON (82A) EZ POLY , X GROOVE TREAD
Frequently Asked Questions
Q: What does the EZ designation mean on this tire?
A: The EZ designation refers to a High Traction polyurethane compound designed for material handling equipment in general applications, wet floors, and cold storage environments. It does not indicate ease of installation.
Q: What is the durometer rating of this press-on tire?
A: This tire has an 82A durometer rating, which provides a balanced blend of durability and grip suitable for general material handling in diverse floor conditions including wet and cold storage areas.
Q: What equipment compatibility does this tire have?
A: The CR 79266-EZ-XG is a press-on tire compatible with electric lift trucks and material handling equipment from Crown, Toyota, Raymond, and similar manufacturers. Verify the wheel hub diameter and width match your equipment before ordering.
Q: What is the tread pattern on this tire?
A: This tire features an X groove tread pattern, which provides enhanced traction and drainage on wet floors while maintaining stability during standard material handling operations.
Q: How long does this polyurethane tire typically last?
A: Lifespan depends on floor conditions, load patterns, and maintenance. High traction polyurethane compounds like this EZ material generally provide extended wear in cold storage and wet environments compared to standard compounds, but regular inspection for cracking and separation is recommended.
Q: How should I store this tire when not in use?
A: Store the tire in a cool, dry environment away from direct sunlight and extreme heat. Polyurethane tires maintain their properties better when stored indoors at moderate temperatures. Extended UV exposure can degrade the compound over time.
Q: What maintenance is recommended for this tire?
A: Perform regular visual inspections for cracks, separation, or uneven wear. Clean the tire periodically with mild soap and water to remove debris. Monitor the tread pattern for wear and replace when tread depth becomes insufficient for proper traction and drainage.
