JT Sprocket 45 Tooth - Part Number JTR486.45

JT Sprockets are made from the latest generation of computer design and control metal cutting equipment for maximum durability

JT rear sprockets are made from the finest C45 high carbon steel

All sprockets are heat-treated and hand-finished to meet or exceed the highest possible quality standards possible quality standards

The JT Sprocket 45 Tooth (Part Number JTR486.45) is a durable and reliable component designed for high-performance machinery and equipment. Crafted by JT Sprocket, this sprocket offers precise engagement and smooth operation, making it suitable for various industrial and automotive applications. Its robust construction ensures longevity and consistent performance even under demanding conditions. The sprocket's design facilitates easy installation and compatibility with compatible chains, providing a secure fit and efficient power transfer.

Manufactured with high-quality materials, the JT Sprocket 45 Tooth features a precise tooth count that optimizes gear ratios and enhances overall system efficiency. Its dimensions are engineered to fit standard mounting configurations, ensuring easy integration into existing setups. Whether used in manufacturing, agriculture, or recreational vehicles, this sprocket delivers dependable performance and durability. Its lightweight yet sturdy design helps minimize wear and tear on associated components, extending the service life of your machinery.

Invest in the JT Sprocket 45 Tooth for a combination of strength, precision, and longevity. This component is ideal for professionals seeking reliable parts that support continuous operation and reduce downtime, ensuring your equipment runs smoothly and efficiently over the long term.

Features:

• High-quality steel construction for durability and long life

• 45 tooth design optimized for efficient power transfer

• Precisely machined for a perfect fit and smooth operation

• Compatible with standard chains and mounting configurations

• Lightweight yet robust to reduce wear on connected components