PHENOLIC SPACER 1″ TAPERED CARBURETTOR SPACER

Description

Enhance your engine’s efficiency by minimizing heat transfer between the carburettor and intake manifold with this 1″ tapered phenolic spacer. Reducing heat soak improves fuel atomization, leading to more consistent throttle response and increased power output.

The phenolic material provides excellent thermal insulation, preventing the carburettor from overheating during operation. This ensures stable air-fuel mixtures, which translates to smoother engine performance and reduced risk of vapor lock under demanding conditions.

• 1″ tapered design: Precisely engineered to create optimal airflow dynamics, improving mixture distribution and enhancing throttle response.
• Dimensions of 16 cm length, 15 cm width, and 2.5 cm height: Offers a robust fit compatible with a wide range of carburettors and intake manifolds, ensuring easy installation without modification.
• Lightweight at 0.2 kg: Adds minimal weight to the intake assembly, preserving engine balance and responsiveness.
• Durable phenolic construction: Resistant to heat and chemical degradation, guaranteeing long-term reliability under high-temperature engine conditions.
• Brand assurance: Manufactured by Afr, known for precision-engineered fuel system components tailored for performance applications.

By integrating this phenolic carburettor spacer, you effectively reduce intake air temperature and enhance fuel vaporization. This leads to improved combustion efficiency, increased horsepower, and better overall engine durability. The spacer’s tapered profile also aids in smoothing airflow transitions, reducing turbulence and boosting volumetric efficiency.

With exacting dimensions and materials selected for thermal resistance, this spacer fits seamlessly into your existing fuel system setup. It is engineered to withstand the rigors of high-performance environments while maintaining structural integrity over time.

Invest in a component that directly contributes to optimized engine operation, fuel efficiency, and component longevity. This phenolic spacer represents a calculated upgrade for those demanding precision and performance from their carburettor setup.