B5455 CORE ONLY CHRA REVERSE ROTATION DUAL BB no housings

Description

Optimize your turbocharger’s performance and reliability with the Aeroflow B5455 Core Only CHRA. Designed specifically for reverse rotation setups, this turbo core enables precise and efficient boosting, improving your engine’s responsiveness and power delivery.

This unit includes dual ball bearings, which significantly reduce friction compared to conventional journal bearings. The result is quicker spool times, enhanced rotational stability, and extended service life—critical for demanding high-performance environments.

With a compact footprint of 32.00 cm length, 18.00 cm width, and 22.00 cm height, and a lightweight construction at 3.0 kg, this CHRA fits seamlessly into tight engine bays without adding unnecessary weight. This balance of size and weight contributes to improved vehicle handling and responsiveness.

As a core-only component, it allows for integration into custom housings or existing turbocharger assemblies, providing flexibility for tailored setups or rebuilds. The reverse rotation design is specifically intended for turbochargers requiring opposite shaft rotation, ensuring compatibility with specialized engine configurations.

Manufactured by Aeroflow, a recognized leader in turbocharger components, this CHRA is engineered for durability and precise machining tolerances. Its robust construction supports sustained high-speed operation under thermal and mechanical stress, assuring consistent performance over time.

Installation of this core rebuild unit enables targeted restoration or upgrade of your turbo system without the need for a full core replacement, saving time and maintaining high efficiency. The absence of housings means it can be paired with your existing turbocharger’s compressor and turbine housings, optimizing cost and customization potential.

Choose the Aeroflow B5455 CHRA to maintain peak turbocharger function, reduce lag, and extend component lifespan with a core designed for reverse rotation and dual ball bearing performance.