Product Description
Durarun 95A Poly Load Wheel
CR-9114
Specifications
Product Overview
| Product Type | Polyurethane Load Wheel |
| Brand | Durarun |
| Part Number | CR-9114 |
Physical Specifications
| Shore Hardness | 95A |
| Material | Polyurethane |
| Surface Type | Solid Polyurethane |
Compatibility
| Wheel Classification | Load Wheel (non-drive) |
| Application | Electric Lift Trucks, Material Handling Equipment |
Frequently Asked Questions
Q: What is the CR-9114 Durarun 95A polyurethane load wheel?
A: The CR-9114 is a Durarun brand polyurethane load wheel with 95A Shore hardness. Load wheels support the load-bearing capacity of electric lift trucks and are distinct from directional steering wheels. The 95A hardness rating provides enhanced wear resistance and load capacity for high-cycle applications.
Q: Which lift truck models does the CR-9114 fit?
A: The CR-9114 is compatible with Crown, Toyota, Raymond, and other electric lift trucks that accept Durarun polyurethane load wheels. Verify your equipment bore diameter, wheel outside diameter, and mounting configuration to confirm fitment before ordering.
Q: What is the difference between the CR-9114 load wheel and a drive wheel?
A: Load wheels support and carry the weight of the load and truck frame without providing propulsion. Drive wheels provide traction and forward motion. Load wheels typically experience higher vertical stress and wear, requiring durable polyurethane compounds like the 95A formulation in the CR-9114.
Q: How does the 95A shore hardness of the CR-9114 affect performance?
A: The 95A Shore hardness provides superior wear resistance and load-bearing capacity compared to softer polyurethane compounds. This hardness level reduces deflection under heavy loads and extends wheel life in high-cycle material handling operations. Trade-off is reduced floor grip compared to softer compounds.
Q: How long does a CR-9114 load wheel last before replacement?
A: Load wheel lifespan depends on equipment load rating, lift truck duty cycle, floor surface conditions, and maintenance. High-cycle operations with heavier loads accelerate wear. Replace when flat spots develop, tread depth diminishes significantly, or bearing play increases.