Advantages Advanced Grid Production Technology: The battery has excellent anti-corrosion performance because of new alloy formula and advanced cold rolled grid technology; Also, very little water loss significantly extend the service life of the battery in high temperature environment. AGM Technology: Oxygen released from positive pole can react with negative lead and gas emissions are controlled by special valve construction, which prevent vehicle components installed near the battery from being corroded; At the same time, due to AGM technology the battery has no free liquid electrolyte, even if the battery is cracked in the sudden accident such as intense turbulence or high speed collision it can still normally start vehicles. High Assembly Pressure Design: High assembly pressure design can slow the positive paste shedding and prolong its life time greatly. Lead Carbon Technology: With the most advanced composite carbon material, the battery’s charge acceptance is significantly improved, therefore， can it more quickly capture the feedback current from vehicle. Long Cycle Life: The starting life is more than120000 times, 2 times longer than ordinary battery. The AGM start-stop battery in which new lead-carbon technology and advanced lead alloy formula adopted is suitable for the vehicle with start/stop system, it has excellent charge acceptance and cold starting performance, especially the PSoC and high-low temperature cycle life are outstanding compared to the similar products on the market. Technical Parameters Compliant Standards EN 50342 VDA GB/T5008.1-2013 Nominal Voltage Reserve Capacity <8% after 90 days storage Operating Temperature Range -30°C～70°C(-22°F～158°F) Acceptable Charging Current Charging Voltage @ 25°C (77°F) 13.5～14.8 V/cell Case Materials High temperature resistant materials Tapered terminal(

LN3 GFM Series AGM Start-Stop Battery VRLA Battery Performance Curves Cycle Life at 25°C and 17.5% Depth of Discharge Voltage(V) Cycle Life at 40°C and 50% Depth of Discharge Voltage(V) Cycle Number Curve of Self-discharge at Different Temperature 100 18 21 24 Storage Time (months)