48T X 3.500″ 8MM PULLEY HTD BLACK

Description

Enhance your vehicle’s forced induction efficiency with a pulley designed for precise torque transfer and reliable operation. This 48-tooth HTD pulley provides stable belt engagement, reducing slippage and improving power consistency in supercharger and turbo systems.

Manufactured by BDS, a trusted name in performance components, this pulley weighs exactly 1 kilogram, balancing durability with lightweight design to minimize rotational mass. Its 3.5-inch diameter and 8 mm width are engineered to fit specific belt profiles, ensuring optimal alignment and tension in your setup.

• 48 Tooth Count: Maximizes belt contact area for improved grip and torque transfer, enhancing supercharger and turbo responsiveness.
• 3.5-Inch Diameter: Optimizes pulley size for precise speed ratios, maintaining ideal boost levels and engine efficiency.
• 8 mm Width: Designed to accommodate standard HTD belts, ensuring compatibility and reducing belt wear over time.
• Compact Dimensions (16 cm x 14 cm x 11 cm): Facilitate straightforward integration into existing engine bays without requiring extensive modifications.
• Robust Black Finish: Provides corrosion resistance and a sleek appearance suitable for high-performance environments.

This pulley is engineered specifically for use in high-performance supercharger and turbocharger assemblies, where precise belt control translates directly into improved power delivery and system reliability. The product’s dimensions and construction materials meet exacting standards to maintain performance under demanding conditions.

With this BDS HTD pulley, you gain a component that not only fits seamlessly into your powertrain but also sustains optimum belt tension and alignment. These factors reduce maintenance intervals and extend the lifespan of your drive components. Its calibrated specifications make it a dependable choice for enhancing forced induction systems where precision and durability are critical.

Choose this pulley to achieve consistent boost performance and mechanical efficiency in your forced induction upgrades. Its specific tooth count, size, and material properties are tailored for maximum operational stability, helping you maintain peak engine output under varied driving conditions.