Description

The Exide 640C Car Battery is a high-performance 12V power solution featuring advanced Enhanced Flooded Battery (EFB) technology. With a 58Ah capacity and 457 Cold Cranking Amps (CCA), it is specifically designed to handle the frequent cycling demands of modern start-stop vehicles while providing exceptional reliability for standard passenger cars.

Engineered for superior charge acceptance and durability, the 640CE offers up to twice the cycle life of standard flooded batteries, ensuring consistent performance in demanding urban traffic conditions.

Why Choose the Exide 640C Car Battery?

Advanced EFB Technology Tailored for micro-hybrid (stop-start) vehicles, providing improved durability and cycling performance compared to conventional batteries.

Reliable Cold Starts The 457 CCA rating ensures dependable engine ignition, delivering consistent cranking power even in colder weather.

Maintenance-Free Convenience A fully sealed design that eliminates the need for water topping, offering a hassle-free “fit and forget” solution.

Superior Energy Reserve Features a 90-minute reserve capacity, ensuring a stable power buffer for vehicles with high electrical demands and modern accessories

Product Specifications

Features and Benefits

• High-Impact Casing

  The rugged polypropylene exterior protects internal components from mechanical stress and extreme engine bay heat.

• Enhanced Safety

  A spill-resistant, sealed construction minimizes the risk of acid leaks, protecting your vehicle’s engine bay from corrosion.

• Improved Charge Acceptance

  Utilizes new negative plate additives and processing techniques to charge faster and last longer in stop-start conditions.

• Ready for Immediate Use

  Supplied fully charged and maintenance-free, ensuring minimal downtime and immediate reliability for your vehicle.

Applications

The Exide 640CE Car Battery is ideal for:

• Start-Stop (Micro-Hybrid) Vehicles

• Modern Sedans and Hatchbacks

• Vehicles with High Electrical Loads (Navigation, specialized sound systems)

• Urban Commuter Cars facing regular heavy traffic