Black Bearings B6 Angular Headset Bearing 30.15x41.8x7mm 45/45 Degrees

Brand: Black Bearings

SKU: BBBG-HB-B6

$28.00 Full price

$28.00

Club price

$35.00 Full price

Club Price is automatic when shopping online.
Join Club 99 for $5 and unlock benefits for life! Learn more.

REQUEST A PRICE BEAT

Pick up Delivery

Your store:

No location set

No click & collect information available for this location.

Click & Collect:

In Store

Select a size to view stock availability at this store.

$9.90 Not available

Express delivery — fastest option $19.00

Select a size to view stock availability at this location.

Have a Question? Ask an expert on 1800 990 523

Product Details

Description

The Black Bearings B6 Angular Headset Bearing is a chrome steel cartridge bearing made to keep your headset operating smoothly and reliably. With its 45/45 degree angular chamfer, it helps maintain stability and consistent handling, ideal for builds that need dependable performance over varied road or trail conditions.

Key Features

Chrome steel durability for daily rides
Cartridge design for smooth performance
45/45 degree angular fit for stability
30.15 x 41.8 x 7 mm precise size

Specifications

Product Overview

Product

Black Bearings B6 Angular Headset Bearing 30.15x41.8x7mm 45/45 Degrees

Brand

Black Bearings

SKU

BBBG-HB-B6

Frequently Asked Questions

What is the Black Bearings B6 Angular Headset Bearing used for?

The Black Bearings B6 Angular Headset Bearing is used to support and reduce friction in your bike’s headset, helping the front end steer smoothly and stay stable.

Why choose the Black Bearings B6 Angular Headset Bearing?

Choose the Black Bearings B6 Angular Headset Bearing for its durable chrome steel build and cartridge design that supports consistent performance and dependable handling.

Who is the Black Bearings B6 Angular Headset Bearing designed for?

The Black Bearings B6 Angular Headset Bearing is designed for cyclists and workshop builds needing a precise 1-1/8" headset bearing with a 45/45 degree angular fit.