DETAILS:

6GFM Series Battery uses the self-created energy-gathering curve grid technology. Punching grid alloy has high molecular density to make lower internal resistance, better consistency, and more suitable for deep cycle use. The stereoscopic grid structure enhances the lead paste’s surface area of contact, and the grid is dense, challenging to break, and corrosion-resistant, thereby extending the battery’s useful life.

DETAILS:

6GFM Series Battery uses the self-created energy-gathering curve grid technology. Punching grid alloy has high molecular density to make lower internal resistance, better consistency, and more suitable for deep cycle use. The stereoscopic grid structure enhances the lead paste’s surface area of contact, and the grid is dense, challenging to break, and corrosion-resistant, thereby extending the battery’s useful life.

DETAILS:

6GFM Series Battery uses the self-created energy-gathering curve grid technology. Punching grid alloy has high molecular density to make lower internal resistance, better consistency, and more suitable for deep cycle use. The stereoscopic grid structure enhances the lead paste’s surface area of contact, and the grid is dense, challenging to break, and corrosion-resistant, thereby extending the battery’s useful life.

DETAILS:

6GFM Series Battery uses the self-created energy-gathering curve grid technology. Punching grid alloy has high molecular density to make lower internal resistance, better consistency, and more suitable for deep cycle use. The stereoscopic grid structure enhances the lead paste’s surface area of contact, and the grid is dense, challenging to break, and corrosion-resistant, thereby extending the battery’s useful life.