MK Battery 8L16-DEKA 370AH 6V Flooded Battery

Discover the power of the MK Battery 8L16-DEKA, designed to deliver consistent performance in solar energy systems. Engineered for durability, this flooded monobloc battery ensures long life with minimal maintenance. Whether you’re powering your renewable energy setup or need a reliable backup solution, the 8L16-DEKA is built to exceed expectations.

Product Features

Rugged Polypropylene Case

The MK Battery 8L16-DEKA is encased in a heat-sealed, lightweight polypropylene case that resists cracks, ensuring your battery’s longevity and resilience in tough conditions.

Microporous Separators

Equipped with advanced polyethylene envelope separators, this battery offers enhanced electrolyte absorption, improving efficiency and reliability for all energy storage needs.

Reliable Cell Connections

Featuring through-partition (TP) welded cells, the 8L16-DEKA provides a robust and secure connection, enhancing electrical performance and ensuring steady output.

Consistent Cycle Life

Enjoy an impressive cycle life, achieving up to 700 cycles at 60% Depth of Discharge (DOD). This longevity translates to more use with less frequent replacements.

Self-Discharge Prevention

With a minimal 1% self-discharge per week, the MK Battery 8L16-DEKA maintains its charge longer, making it a dependable choice for your energy requirements.

How It Works

The MK Battery 8L16-DEKA operates as a reliable energy source by utilizing lead-acid technology designed for frequent deep cycle use. Its construction and materials are optimized to provide consistent power whenever required.

Antimony Flat Plate Design

This feature enhances durability, preventing deterioration and ensuring stable performance through its antimony-based plate structure.

Quarter-turn Bayonet Vents

These vents make maintenance easy, ensuring safety and reliable venting in various conditions, contributing to its low-maintenance appeal.

Individual Cell Reliability

Every cell in this battery is carefully configured to deliver optimal performance, withstanding frequent cycling without compromising on power output.

Specifications