Ezeal is a USA-based battery supplier focusing on our service and product quality. Our process involves direct human communications at all levels to ensure your experience is hassle-free with understanding and caring associates. Our priority is to our customers satisfaction. 100% money back guarantee on any defective or
damaged products. We work with our customers one-on-one to solve any issues.
We supply companies worldwide in various industries. Businesses working in but not limited to solar power, RVs, golf cart maintenance, solar transportation, DIY enthusiast, and marines, Etc.
Our goal is to support people on their journey in life, whether it is a veteran of the self-sufficient life or a newcomer taking their first steps.
Same day delivery within a certain distance from our local Houston TX warehouse. We offer same day shipping on orders placed and processed before 3PM Central time. Delivery normally takes 1-5 business days with either UPS, FedEx, or DHL. We deliver to HI, AK, PR, and Canada.
Products will ship directly from China.
Email email@example.com to place your order manually. Do not order on the website due to inaccurate shipment cost for regions outside of the USA.
We only sell Grade A Cells due to the high-quality standards our company upholds.
Here are a few reasons why:
Grade A battery cells are within the range of technical parameters in all aspects of the parameters, the appearance is intact (no damage), no swelling, and no abnormal battery can be called Grade A. Its battery materials, technology, energy storage, stable charge and discharge, specifications, and constant temperature standards are all industry high-quality standards.
Since Grade B cells do not meet the performance parameters compared to Grade A cells, it is not advisable to use Grade B cells for high power discharge applications.
If Grade B cells are made to perform at the level of Grade A cells, especially in EV applications and combined with a mediocre BMS, consider it a recipe for disaster. It can cause internal cell short circuits due to dendrite formation
and lead to thermal runaway. Thermal runaway from NMC chemistry cells can be extremely dangerous as NMC cells tend to catch intense fire, as seen in the cases reported from EV fires from across the globe.