Advanced Carbon Gel Battery 22Ah

Product Overview

This battery uses lead–carbon technology that blends traditional lead‑acid chemistry with carbon additives to improve charge behaviour. The carbon component helps with rapid charging and reduced sulfation, which can extend service life compared with a basic lead‑acid cell. That makes it well suited to mobility use where frequent top‑up charging and dependable start‑up are important.

The unit is a 12V battery rated at 22Ah (20‑hour rate) with compact dimensions of 181 x 76 x 167 mm and a weight of 6.8kg. It arrives with a Flag M5 terminal and an ABS casing that protects the cells while keeping the overall size small enough for many scooter and wheelchair battery bays.

The battery is manufactured as a VRLA (sealed) style, giving maintenance‑free operation in normal use and avoiding the need to add water. As with all sealed batteries, it should be used with compatible chargers, handled with basic care and disposed of at authorised recycling points to meet environmental and safety requirements.

Key features

• Lead–carbon VRLA chemistry for improved charge acceptance
• 22Ah capacity at the 20‑hour rate
• Compact, space‑saving dimensions
• Flag M5 terminal for common mobility connectors
• ABS casing for robust protection
• Sealed, low‑maintenance operation
• Suitable for mobility scooters and electric wheelchairs

Compatibility

Compatible with:

• Mobility scooters with 12V 22Ah battery bays
• Electric wheelchairs that accept 12V 22Ah batteries
• Other powered mobility devices designed for sealed 12V batteries

Important information

• This is a sealed VRLA lead–carbon battery — do not open or puncture the casing.
• Handle with care; the battery weighs 6.8kg so use correct lifting technique or ask for assistance.
• Do not short the terminals. Keep away from children and pets.
• Used batteries must be recycled at approved collection points to meet legal and environmental requirements.
• Confirm terminal type and battery bay dimensions before purchase to ensure a correct fit.