Product Description
PR 27626-03-XL is a heavy-duty polyurethane load wheel engineered for BT Prime Mover pallet trucks, featuring Durarun 95A tread compound, advanced steel core bonding with XL3 technology, and industry-leading resistance to cutting and tearing. Cross-references include PM27626-03 and compatible BT part numbers.
Specifications
Material & Construction
| Bonding Agent | Proprietary XL3 chemical bonding process |
| Surface Finish | Machined steel with chemical bonding enhancement |
Mechanical Specifications
| Tread Material | 95A polyurethane |
| Tread Hardness | 95A Shore durometer |
Part Numbers & Compatibility
| Manufacturer Part Number | PR 27626-03-XL |
| Direct Replacement Part Number | PR27626-03 |
| Cross-Reference Part Numbers | Supersedes PM27626-03, PR2762603, PM2762603; Equivalent to BT Prime Mover PR27626-03 |
Frequently Asked Questions
Q: What makes the PR 27626-03-XL different from standard load wheels?
A: The PR 27626-03-XL features XL3 proprietary chemical bonding technology between the polyurethane tread and steel core. This advanced bonding provides superior resistance to cutting, tearing, and delamination compared to standard wheels.
Q: Which BT Prime Mover pallet trucks is this wheel compatible with?
A: The PR 27626-03-XL is engineered for BT Prime Mover pallet truck applications and supersedes PM27626-03, PR2762603, and PM2762603. It is equivalent to BT Prime Mover PR27626-03.
Q: What tread compound does the PR 27626-03-XL use?
A: The wheel uses Durarun 95A polyurethane tread with 95A Shore durometer hardness. This compound is engineered for heavy-duty material handling with enhanced wear resistance.
Q: What core material is used in the PR 27626-03-XL?
A: The PR 27626-03-XL uses a steel core bonded with XL3 technology. Steel provides greater structural strength compared to cast iron cores in standard wheels, supporting heavier duty cycles.
Q: When should you choose the XL version over standard PR 27626-03?
A: Select the PR 27626-03-XL for high-wear applications, rough surfaces, heavy-load duty cycles, or environments requiring enhanced durability. The XL3 bonding technology reduces tread separation and cutting failures.
