The Aeromotive 28-Tooth Pulley is engineered for automotive enthusiasts seeking precise and reliable power transfer in their fuel delivery setups. Crafted by Aeromotive Inc., a leader in high-performance fuel system components, this pulley is designed to meet the demanding standards of racing and performance applications. Constructed with aerospace-grade tolerances, it ensures durability and consistent operation under extreme conditions. The pulley features a 3/8 inch pitch cog belt compatibility, facilitating secure and efficient belt engagement for optimal performance. Its high-quality materials and meticulous manufacturing process translate to long-lasting reliability, making it an essential upgrade for custom fuel system configurations.
This 28-tooth pulley is suitable for use in various high-performance automotive builds where precise belt timing and power transfer are critical. Its design is compatible with a range of fuel delivery components, providing versatility for custom setups. The pulley*s construction adheres to strict aerospace standards, ensuring minimal slippage and maximum efficiency during high RPM operation. Whether you're upgrading your existing system or building a new performance setup, this pulley offers a dependable solution that enhances overall system performance.
Aeromotive*s commitment to quality and performance is evident in this component, which is built to withstand the rigors of racing and high-stress driving conditions. Easy to install, it integrates seamlessly into your existing setup, providing a reliable upgrade that supports your performance goals. Trust in Aeromotive's reputation for precision engineering and high-quality manufacturing to deliver a pulley that meets your demanding automotive needs.
Features:
- 28-tooth cog belt pulley designed for high-performance applications
- Constructed with aerospace tolerances for durability and precision
- Compatible with 3/8 inch pitch cog belts for secure engagement
- Versatile design suitable for custom fuel delivery systems
- Built for reliability under extreme conditions and high RPMs