V-groove Die-cast Pulley With 5/8 Inch Bore And 1-3/4 Inch Diameter

Introducing the Chicago Die Casting 5/8 inch bore x 1-3/4 inch diameter single V-groove die cast pulley, now available at Brown's True Value in Atwood, KS. This durable and precisely engineered pulley is designed to work seamlessly with 4L or 1/2 inch by 11/32 inch belts, making it a versatile component for various mechanical and industrial applications. Whether you are a professional mechanic or a DIY enthusiast in Atwood, this pulley offers reliable performance and secure attachment for your belt-driven systems.

• 5/8 inch bore x 1-3/4 inch diameter: The pulley’s dimensions ensure compatibility with a wide range of belt sizes, providing flexibility for different projects.


• Compatible with 4L or 1/2 inch x 11/32 inch belts: Designed specifically to fit these belt types, ensuring smooth and efficient power transmission.


• Hollow head set screw: This feature allows for a secure and stable attachment to shafts, minimizing slippage during operation.


• Durable die-cast material: Constructed from high-quality die-cast metal, the pulley offers strength and longevity for demanding applications.


• Convenient Sta-Pak carton packaging: Easy to store and handle, making it ideal for both retail and workshop environments.

This pulley is perfect for a variety of uses in Atwood, such as repairing or upgrading lawn mowers, small machinery, or conveyor systems. Professionals can rely on its sturdy construction for consistent performance, while hobbyists will appreciate its ease of installation and compatibility with common belt sizes. Whether you are maintaining equipment or building custom mechanical setups, this pulley helps ensure smooth operation and durability.



In summary, the Chicago Die Casting 5/8 inch bore x 1-3/4 inch diameter single V-groove die cast pulley is an essential component for anyone working with belt-driven machinery in Atwood, KS. Available at Brown's True Value, it combines reliable design with durable materials to meet your mechanical needs efficiently and effectively.