Liftsplus.com

SU 12X5X9-XL-P

SU 12X5X9-XL-P

Drive Tire, Poly, Xl

Regular price $99,999.00
Sale price $99,999.00 Regular price

Questions? Call +1-800-669-7554

Call for Price

Compatibility

Make -
Model -

Reference Diagrams

Visit our diagram page for part references to popular models


Product Description

Drive Tire, Poly, Xl

Specifications: 12.000 inch diameter x 5.000 inch width (12.000" x 5.000" | 12 x 5 wheel | 304.80mm x 127.00mm)

Specifications

Wheel Specifications
Outside Diameter (in)12.000
Width (in)5.000
Outside Diameter (mm)304.80
Width (mm)127.00
MaterialPolyurethane

Frequently Asked Questions

Q: What are the key differences between the SU 12X5X9-XL-P and the TSW-XL-AC-P variant?
A: The SU 12X5X9-XL-P uses standard polyurethane material whereas the TSW-XL-AC-P uses Cushothane XL 97A, which is harder and more durable. The TSW-XL-AC-P has a tapered side wall profile while the SU 12X5X9-XL-P profile is not specified as TSW. Both are 12 x 5 tires with 9 inch hubs. The Cushothane version costs more but lasts longer in heavy-duty environments. For general warehouse use on moderate loads, the standard poly SU 12X5X9-XL-P is sufficient. For outdoor or rough-floor applications, choose the Cushothane variant.

Q: Is this tire compatible with my electric lift truck model?
A: Compatibility requires three checks: (1) verify your hub bore is 9 inches diameter, (2) confirm your wheel rim accepts 12 x 5 tires, and (3) check load specifications in your truck manual. This tire fits Yale, Hyster, Toyota, Crown, and Nissan lift trucks that use 12 x 5 x 9 hubs. Consult your truck serial number range in the manufacturer catalog or contact a parts specialist if unsure. Do not assume older and newer models of the same brand are compatible as rim designs change frequently.

Q: What is the load capacity and am I within spec?
A: Load capacity is manufacturer and model dependent. The tire itself does not have a standalone rating; instead, the forklift axle, wheels, bearings, and tires together form the load path. Check the nameplate on your lift truck for maximum load capacity. Exceeding the rating by overloading causes permanent tire deformation, bearing failure, and safety hazards. The XL poly compound provides better load distribution than standard poly but cannot overcome undersized bearing or rim specifications.

Q: How do I check for tire wear and when should I replace it?
A: Inspect the tire monthly by running your finger across the tread surface. Normal wear is even and gradual. Replace the tire immediately if you observe (1) flat spots where tread does not contact the floor, (2) sidewall cracks or separation from the hub, (3) chunks or gouges missing from the tread, or (4) visible core material showing through the poly. Do not operate the truck if a tire is visibly damaged. Typical tire life is 2-5 years depending on hours of use, floor type, and load. Hard floors and heavy loads shorten life.

Q: Is this tire non-marking and what surfaces is it rated for?
A: The product description does not specify non-marking or marking properties. Standard polyurethane tires can leave marks on clean floors depending on dye content and floor cleanliness. If non-marking is critical for your application (such as food processing or pharmaceutical), confirm with the supplier before ordering. This tire is suitable for concrete, asphalt, smooth warehouse floors, and outdoor surfaces. It is not suitable for mezzanines with exposed wood where marking or gouging occurs.

Q: What material is this tire made from and why does material choice matter?
A: The SU 12X5X9-XL-P is made from polyurethane compound. Polyurethane is durable, resistant to oils and solvents, and provides stable performance across temperature ranges. XL grade indicates higher durometer hardness compared to standard poly. Material choice affects tire life, rolling resistance, and load capacity. Polyurethane is more affordable than specialty compounds like Cushothane or rubber but may wear faster in outdoor or abrasive environments. Choose material based on your specific application demands and budget constraints.