Home » News
  • Are you in the market for a reliable and efficient battery for your aerial work platform? Look no further than AGM deep cycle batteries. In this article, we will explore the benefits of using AGM deep cycle batteries for aerial work platforms and discuss important considerations to keep in mind when
  • The amount of electrolyte in the deep cycle AGM battery is small, the thickness of the electrode plate is thick, and the utilization rate of active materials is lower than that of the open-type deep cycle AGM battery, so the discharge capacity of the deep cycle AGM battery is about 10% lower than th
  • Why the deep cycle AGM battery performance is good but the development is slow?You may be unfamiliar with the name deep cycle AGM battery, but it is not a new product in the past two years. It has been widely used in many high-tech fields such as the power industry, and many small cars with start-st
  • The release, installation, and features of Deep cycle AGM batteryMCA Battery has more than 20 years of VRLA battery manufacturing experience. The company has passed ISO 9001, ISO 14001, and ISO 45001 certifications. The plates are manufactured by MCA itself. This way we can confirm that the quality.
  • The deep cycle AGM battery refers to a storage battery that uses ultra-fine glass wool as the separator. Deep cycle AGM batteries have many advantages and are currently widely used.Here is the content list:●What are the characteristics of the deep cycle AGM battery?
  • How to charge and maintain the deep cycle AGM battery?The deep cycle AGM battery uses pure sulfuric acid aqueous solution as an electrolyte, and its density is 1.29-1.3lg/cm3. Most of it exists in the glass fiber membrane, while a part of the electrolyte is absorbed inside the electrode plate.Here i

Contact Us

Add:Cangjing Industrial Park, Gaoming, Foshan city, Guangdong Province, China

Tel:0086-757-66852610

Mob: 15919097582

Email:export@mcabattery.com

   Copyright © 2018-2020 MCA Battery Manufacture Co.,Ltd. All Rights Reserved.       Sitemap