PHENOLIC CARB 1″ SPACER 4 HOLE CENTRE -2 1/2STUDS INC

Description

Optimizing carburettor spacing is critical for improving engine performance and preventing heat soak that can reduce fuel efficiency and throttle response. This 1-inch phenolic carburettor spacer provides a thermal barrier between the carburettor and intake manifold, significantly reducing heat transfer and maintaining cooler air-fuel mixture temperatures for better combustion.

Constructed from phenolic material, known for its excellent heat resistance and electrical insulating properties, this spacer effectively minimizes heat soak. The 4-hole centre pattern ensures compatibility with standard carburettors, providing a secure and precise fit that prevents air leaks and maintains consistent airflow dynamics.

The included 2 1/2-inch studs simplify installation by providing the correct mounting hardware, reducing the need for additional parts and ensuring proper alignment. Weighing only 0.5 kg, this spacer adds minimal weight to your setup while delivering substantial thermal benefits.

Measuring 22 cm in length, 20 cm in width, and 4 cm in height, the spacer’s dimensions are optimized to fit a range of carburettor configurations without interfering with surrounding engine components. Its robust construction ensures durability under high-temperature operating conditions commonly experienced in fuel systems.

By integrating this spacer into your carburettor setup, you can expect improved throttle response due to cooler intake charge temperatures, enhanced fuel atomization, and reduced risk of vapor lock. This leads to more consistent engine performance and potentially increased horsepower output.

This product is ideal for those seeking to enhance their vehicle’s fuel system efficiency with a reliable, easy-to-install solution. Its specific design features and premium phenolic construction distinguish it from generic spacers, ensuring measurable performance gains and longevity.

Invest in this precision-engineered phenolic carburettor spacer to maintain optimal engine temperatures, improve fuel delivery, and support sustained engine performance under demanding conditions.