Ken-Tool 32102 Tire Mount and Demount Curved Spoon, 18" Length
- The Ken-Tool 32102 Tire Mount and Demount Curved Spoon is designed for professional tire service applications. With its 18" length and curved design, this spoon offers superior leverage and control during tire removal and installation on passenger vehicles, light trucks, and trailers. Ideal for mechanics, collision repair shops, and tire dealers, this one-size tool is forged from high-grade steel for long-lasting durability.
- Features:
- Heavy-duty forged steel construction for maximum durability
- Curved design enhances leverage and control
- Polished ends reduce tire bead damage during mounting/demounting
- Ideal for use on standard-sized tires for passenger vehicles and light trucks
- Comfortable length (18") ensures better grip and user control
- Specifications:
- Manufacturer: Ken-Tool
- Part Number: 32102
- Product Type: Tire Mount and Demount Spoon
- Material: Forged steel
- Length: 18 "
- Country of Origin: USA
- Finish: Polished ends
- The Ken-Tool 32102 Tire Mount and Demount Spoon can also be referred to as tire changing spoon, tire lever tool, 18" tire spoon, curved tire demount bar, and tire removal hand tool.
Ken-Tool is a trusted leader in tire service tools, known for manufacturing rugged, reliable products built to handle professional demands. With over 100 years in the industry, Ken-Tool delivers innovative tools that improve safety, efficiency, and performance in garages, collision centers, and tire service operations.
Q: Is this tool compatible with motorcycle or ATV tires?
A: This tool is best suited for passenger vehicle and light truck tires. For motorcycle or smaller tires, a shorter spoon may be more appropriate.
Q: Can this spoon be used without damaging the tire bead?
A: Yes, the polished curved ends are designed to reduce bead damage during mounting and demounting processes.
Q: Is the tool heat-treated for durability?
A: Yes, the forged steel construction undergoes proper heat treatment to enhance strength and ensure long-term performance under frequent use.
