4 In. Diameter X 3/4 In. Bore Single V-groove Pulley

Introducing the Chicago Die Casting 4 In. x 3/4 In. Single Groove Pulley, now available at Johnson True Value in Mount pulaski, IL. This high-quality pulley is expertly designed for fractional horsepower electric motor applications, making it an essential component for anyone looking to enhance their power transfer systems. With its die-cast construction, this pulley is built to provide light-duty performance while ensuring a vibration-free operation, making it perfect for both professionals and DIY enthusiasts in Mount pulaski.

• Outer Diameter: 4 inches, providing a robust size for various applications.


• Bore Size: 3/4 inches, compatible with A section belts, specifically designed for 1/2 inch belts.


• Material: Constructed from durable zinc, ensuring longevity and reliability in performance.


• V-Groove Design: The single V-groove design allows for efficient belt engagement, reducing slippage and improving overall functionality.


• Light Duty Use: Ideal for light-duty applications, making it suitable for a variety of projects around the home or workplace.


• Vibration-Free Operation: Machined to exact tolerances and balanced to minimize vibration, ensuring smoother and quieter operation.

Imagine using the Chicago Die Casting pulley in your next project, whether it’s for a lawn mower, garden tractor, or any other power equipment. This pulley is perfect for those in Mount pulaski who are looking to maintain or upgrade their outdoor power equipment. Its compatibility with A section belts makes it a versatile choice for various applications, ensuring that you can tackle any task with confidence.



In conclusion, the Chicago Die Casting 4 In. x 3/4 In. Single Groove Pulley is not just a component; it’s a vital part of your equipment that enhances performance and reliability. Don’t compromise on quality—choose this pulley to ensure your projects run smoothly and efficiently. Visit Johnson True Value in Mount pulaski, IL to get yours today and experience the difference it can make in your power transfer systems.