2″ OPEN CARB SPACER (PHENOLIC)

Description

Enhance your engine’s performance by optimizing airflow and reducing heat transfer between the carburetor and intake manifold. This 2″ open carb spacer serves as a critical component for improving throttle response and fuel atomization, directly impacting power output and drivability.

Manufactured by Edelbrock, a trusted name in performance parts, this spacer is constructed from phenolic material. Phenolic offers excellent heat insulation properties, preventing heat soak into the carburetor that can degrade fuel mixture quality and reduce efficiency. This translates into a cooler, denser air charge reaching the engine.

The spacer measures 21.00 cm in length, 29.20 cm in width, and 1.90 cm in height. These dimensions ensure compatibility with standard carburetor mounting surfaces, maintaining precise spacing without introducing vacuum leaks or misalignment. Weighing 0.8100 kg, it balances durability with minimal added mass, avoiding unnecessary weight on the intake assembly.

Its 2″ open design facilitates unrestricted airflow, minimizing turbulence and pressure drop. This design allows the carburetor to breathe more efficiently, supporting higher engine output and smoother throttle transitions under load. The spacer also functions as a thermal barrier, enhancing fuel vaporization and combustion efficiency.

Installation requires no modification to existing carburetor or intake manifold setups, preserving factory mounting points for straightforward fitment. The phenolic composition resists warping and deterioration from heat cycles, ensuring long-term reliability under demanding operating conditions.

By incorporating this specific spacer into your fuel system, you directly address common issues related to heat soak and airflow restriction. The result is a measurable improvement in engine responsiveness and power consistency across RPM ranges.

Choose this Edelbrock 2″ phenolic open carb spacer to achieve precise carburetor spacing while enhancing thermal insulation and airflow dynamics. Its exacting dimensions and robust material construction provide enduring performance benefits for carbureted engines.