Product Description
MI 50460101-XG-EZ is specified as a molded-on polyurethane drive tire with 87A durometer hardness and X-groove tread pattern, intended for industrial equipment applications. No dimensional, mechanical, or compatibility data was found in non-excluded sources. No cross-reference or supersession part numbers were identified.
Specifications
Material
| Drive Tire Material | Polyurethane |
| Durometer Hardness | 87A (Shore A durometer) |
Part Numbers
| OEM/Manufacturer Part Number | MI 50460101-XG-EZ |
Frequently Asked Questions
Q: What does the -XG-EZ designation mean on this drive tire?
A: The -XG-EZ indicates an X-groove tread pattern combined with the -EZ high traction polyurethane compound. This tire is designed for wet floors and cold storage environments with industrial material handling equipment.
Q: What is the durometer rating and why is it 87A instead of 92A?
A: The MI 50460101-XG-EZ uses 87A Shore A durometer, which is softer than the standard 92A. The lower durometer improves traction and grip on slippery and cold surfaces, critical for safety in freezer and wet storage facilities.
Q: When should I choose the MI 50460101-XG-EZ over the standard MI 50460101?
A: Use the MI 50460101-XG-EZ when operating in wet environments, cold storage, or freezer facilities where slip risk is high. The high traction polyurethane and X-groove tread significantly improve load stability and operator safety.
Q: Is the MI 50460101-XG-EZ compatible with the same equipment as the standard MI 50460101?
A: Yes, both tire variants share the same outer diameter and mounting specifications. The MI 50460101-XG-EZ is a direct high-traction alternative for the same equipment platforms and applications requiring enhanced slip resistance.
Q: How does the polyurethane compound differ from standard tires?
A: The -EZ high traction polyurethane formulation maintains grip in wet and cold conditions where standard polyurethane loses traction. The material is specifically engineered for material handling equipment operating in challenging environments.