15x4.5-8

15x4.5-8 Forklift Tires

Understanding 15x4.5-8 Tire Options

15x4.5-8 forklift tires are commonly used on internal combustion lift trucks, often installed in the steer position and paired with larger drive tire sizes. This size is designed to provide stability, maneuverability, and load support in warehouse, yard, and light industrial environments.

Proper selection of this size depends on rim compatibility, load requirements, and operating surface conditions.

Pneumatic Tube-Type (TTF) 15x4.5-8 Tires

15x4.5-8 pneumatic forklift tires are bias construction, air-filled tires requiring a tire, inner tube, and liner flap (TTF). These tires provide cushioning and flexibility, allowing forklifts to absorb shock and operate effectively across concrete, asphalt, and mixed indoor/outdoor surfaces.

Ply rating (PR) varies by manufacturer and availability. Higher ply ratings generally provide increased durability and improved load-handling capability.

Because they are air-filled, pneumatic tires offer versatile performance but remain susceptible to punctures in debris-heavy environments.

Resilient Solid (RS) 15x4.5-8 Tires

15x4.5-8 resilient solid forklift tires are flat-proof alternatives to pneumatic tube-type tires. Constructed entirely of solid rubber in a full pneumatic profile, RS tires eliminate flats while maintaining consistent stability and load support.

Resilient solid tires are available in:

  • Standard Black Rubber — Durable compound suited for industrial and outdoor environments.

  • Non-Marking Rubber — Grey, white, or cream compounds designed for clean warehouse environments and regulated operations.

Resilient solid tires provide increased uptime and reduced maintenance compared to air-filled pneumatic tires, with a firmer ride profile.

Selecting the Right 15x4.5-8 Tire

Choosing the correct 15x4.5-8 forklift tire depends on load requirements, operating surface conditions, floor marking considerations, and tolerance for downtime. Review available ply ratings and compound options below to determine the most suitable configuration for your equipment.