Mighty Max ML35-12 has exceptional power, performance, and service life in both float and cyclic applications thanks to its state-of-the-art and heavy-duty calcium-alloy grid. With the AGM or Absorbent Glass Mat technology and valve-regulated design, this battery is sure to be leak-proof and maintenance-free, and it can be used in enclosed environments.
The high-quality of Mighty Max ML35-12 gives it a long service life, wide operating temperatures, high discharge rate, and deep discharge recover, making it suitable for various applications in electric vehicles, medical mobility, consumer electronics, emergency lighting, security, solar power, and more.
It also gives you a wide range of flexibility when mounting it because it is guaranteed to be spill-proof. Guaranteed to withstand tough shocks and vibrations, its excellent performance is retained even extreme temperatures and environments.
For power supply needs that call for a heavy-duty state-of-the-art battery, Mighty Max ML35-12 can provide top-quality performance in service life, motorsports, cyclic application, and float applications.
Considered to be AGM or Absorbent Glass Mat technology, electrolyte distribution is spread equally on the charged plate surfaces because this battery is made with highly absorbent fiberglass mat separators.
These AGM batteries also have a reduced likelihood of acid spilling when experiencing strong vibrations and rough environments. They can also be installed at odd angles and positioned in various ways, making them flexible and easy to use in the designs of various machines and vehicles.
AGM batteries are safer to use and are more environmentally-friendly compared to other types of batteries. Because they discharge slower than a flooded battery when not in use, AGM batteries are most often preferred by consumers.
Constructed with a heavy-duty calcium-alloy grid, the Mighty Max ML35-12 battery is provided with extraordinary power, performance and service life.
The battery’s thicker plates allow a deeper discharge than other batteries, which means that you don’t have to constantly worry about charging it often. Maintenance tasks are also a whole lot easier because this battery resists corrosion better compared to other batteries that are not deep-cycle.
The battery is one of the best and most reasonably priced AGM batteries found in the market. Being under the hundred-dollar price range, it is able to provide solar power storage while remaining portable. With this feature, a whole range of possibilities opens up because it can be used to power various applications that require intensive power.
Mighty Max ML35-12 has a completely sealed construction that restricts the movement of the electrolyte inside the battery, making it resistant to spillovers.
High-grade materials and meticulous manufacturing also make sure that the plates and separators inside the cells make it highly durable in absorbing strong vibrations and shocks whenever the battery is held under high pressure.
Maintenance woes are completely eradicated and spills and leaks are avoided because of the restricted movement of the electrolyte. Based on user reviews, Mighty Max ML35-12 can provide a reliable and powerful power source. This is definitely a great deal, because for its greatly affordable price, it is very easy and safe to use, does not call for any type of maintenance, and is highly durable and resistant to rough conditions.
For some people, the small size and capacity may be disappointing because they are in search for a bigger and more powerful battery. Some users also found to be quite heavy, but that is understandable because it is a characteristic of a lead acid battery. Lead acid spillage is also a risk if the battery ever breaks.
For great affordability and high-quality performance, Mighty Max ML35-12 is a great choice for people on a budget. It can function as well as other more expensive AGM batteries, although, if you are in search of something that will last longer and can deliver stronger power, a full AGM battery would be a better choice than a hybrid.
Originally posted 2017-07-05 07:44:13.