In cycling, grease and compounds aren’t just for quieting squeaks — they’re crucial for protecting your bike’s moving parts, sealing out moisture, and extending component life. The right product ensures smoother operation, easier maintenance, and fewer mechanical issues down the track.

Types of Grease & Compounds:

• General-purpose bicycle grease – ideal for hubs, bottom brackets, and headsets, providing low-friction movement and water resistance.
• Assembly compounds – designed to prevent seizing or over-torquing of bolts and threaded components, particularly useful on cockpit parts such as stems and seatposts.
• Carbon assembly paste – increases grip between carbon fibre parts, allowing lower torque and reducing the risk of crushing lightweight components.
• Anti-seize compounds – protect threaded parts like pedals, brake caliper bolts, and bottom bracket cups from corrosion and galling.

Why Grease Matters:
Regular application of grease in areas such as wheel bearings and pedal spindles minimises wear from friction, reduces water ingress, and keeps your bike feeling smooth and efficient. Proper use of assembly compounds ensures easy disassembly later — crucial if you ride in wet or muddy conditions.

At BikesOnline, we stock a selection of high-quality grease and compounds formulated specifically for cycling. Whether you’re performing a full rebuild or just servicing a single part, the right product will make your maintenance easier, faster, and more effective.

Frequently Asked Questions

Can I use automotive grease on my bike?

It’s best to use bicycle-specific grease, as it’s formulated for the lighter materials and tolerances found in bike components.

How often should I regrease parts on my bike?

Bearings, pedals, and other moving parts should be inspected and regreased at least once a year, more often if you ride in wet or gritty conditions.

Do I need different compounds for carbon and alloy parts?

Yes — carbon assembly paste is designed for carbon fibre, while standard grease and anti-seize are suited for alloy and steel interfaces.