The Perfect Otc 5720 Sliding Dual Tire Spoon With A 45% Price Cut [si03j6vk]

The Perfect Otc 5720 Sliding Dual Tire Spoon With A 45% Price Cut [si03j6vk]

Introducing the The Perfect Otc 5720 Sliding Dual Tire Spoon With A 45% Price Cut [si03j6vk], a versatile and innovative tool designed for effortless tire bead mounting and demounting. This high-quality spoon boasts a unique "Convex Slip Head" design, ensuring smooth entry into the tire bead while the spoon bump limits depth for quick and easy operation. With its dual-purpose heads and the ability to be used with a slide hammer, this tool is a must-have for any mechanic or DIY enthusiast.

Product Specifications

The The Perfect Otc 5720 Sliding Dual Tire Spoon With A 45% Price Cut [si03j6vk] is available in a robust 35" and ¾" diameter, providing ample coverage for a variety of tire sizes. Its unique configuration allows for mount and demount heads on either end, making it ideal for use with a slide hammer mounted mid-bar. This feature enables efficient hammering either in or out of the tire bead. Additionally, the twist-lock feature securely locks the 3.5 lb. slide weight in position, ensuring stability and precision during use. Here are some key specifications:

Dimensions: 35" and ¾" diameter

Weight: 3.5 lbs.

Material: High-quality steel for durability and strength

Practical Uses and Benefits

The The Perfect Otc 5720 Sliding Dual Tire Spoon With A 45% Price Cut [si03j6vk] is an essential tool for professionals and DIYers alike. Whether you're a mechanic working on commercial vehicles or a weekend warrior tackling home projects, this spoon will streamline your tire bead operations. Its unique design and features offer numerous benefits, including:

Efficiency: The convex slip head and spoon bump design ensure quick and easy bead mounting and demounting.

Versatility: The dual-purpose heads and compatibility with a slide hammer make it suitable for a wide range of tire sizes and applications.

Stability: The twist-lock feature keeps the slide weight securely in place, ensuring a stable and reliable performance.