Exide Premium Carbon Boost EA900 12V 90Ah 720A Starter Battery

Exide EA900 Premium Carbon Boost 12V 90Ah 720A car battery

The EA900 is a car starter battery from Exide. The dimensions are 315 x 175 x 190 mm. Use the dimensions of your old battery or the dimensions of your battery box as a guide. If the deviations are too large, it may be that the battery cannot be installed, is too loose, or is the wrong battery for your vehicle. The cold cranking current is 720 A. The larger the motor, the more current is required to start it. The EA900 has a capacity of 90 Ah. The higher the value, the more electrical charge can be stored in the battery. In the past, acid batteries had to be topped up with water. Nowadays this is no longer necessary: ​​the EA900 is maintenance-free.

Exide EA 900 with Carbon Boost 2.0 Technology

The EA900 Car Starter Battery has been developed and manufactured using high quality materials and cutting edge technology. Carbon Boost 2.0 uses improved carbon additives, combining an optimized surface structure with significantly better conductivity. This enables a better current flow within the battery, resulting in unmatched charge acceptance. It also helps to dissolve the lead sulphate deposits that usually consolidate on a battery's discharged negative plates, reducing its ability to charge back efficiently.

Why choose the Exide EA900 Premium Car Battery?

• Reduced Sulphation Due to Carbon Boost 2.0 Technology
• Recycled Plastic Components to Reduce Pollutant Emissions
• Recharges up to 2x Faster Compared to Other Conventional Batteries
• Latest Plate Design For Greater Robustness and Increased Resistance to High Temperatures
• 30% Extra Starting Power
• Ideal For Highly Equipped Cars With Powerful Engines and Demanding Electrical Needs
• Ideal For Extreme Weather and Urban Driving Conditions
• 3DX Grid Technology
• Meets Original Equipment Requirements

Tips for connecting your new battery

The circuit and polarity of your new EA900 should be identical to the values ​​of the old battery. Information about the circuit tells you where the positive terminal of the battery is. Because the circuit of this battery is 0, the positive pole is on the right side.