What is the best battery type for ADCP Systems?
Your ADCP deployment is a success, but the data stops coming in halfway through the mission. The battery failed. Now, a costly recovery operation is your only option. The best battery type for ADCP systems is a Lithium Manganese Dioxide (Li-MnO₂)1 primary battery. Its high energy density, extremely low self-discharge rate (<1%/year), and wide operating […]
Do you charge your smartwatches overnight?
You plug your smartwatch in every night for a full charge. But this simple habit might be shortening its battery life and robbing you of valuable health data. While convenient, charging your smartwatch overnight is not ideal. Keeping the small lithium-polymer battery1 at 100% for hours, especially if it gets warm, degrades its long-term health. […]
Do batteries emit radiation?
Your customers are getting nervous about "radiation" from electronics. This fear, even if unfounded, could hurt your product’s reputation and lead to difficult questions you need to answer clearly and confidently. No, batteries do not emit harmful ionizing radiation. They generate a very weak, non-ionizing electromagnetic field (EMF)1 during use, the same safe type of […]
What is the difference between lithium-ion and lithium manganese batteries?
You see "lithium" on a spec sheet and think all batteries are the same. But choosing the wrong type can mean your product fails in the field, costing you money and credibility. The biggest difference is simple: lithium-ion (Li-ion) batteries1 are rechargeable, while lithium manganese dioxide (Li-MnO₂) batteries are primary, single-use batteries. They are designed […]
How often should you charge lithium ion batteries?
Your product’s battery life disappoints users. Complaints about capacity fading too quickly are hurting your brand. You need a charging strategy that preserves battery health for the long term. The best practice is to perform frequent, partial charges. Avoid letting the battery completely drain. Start charging when it drops to around 20-30% and stop before […]
What are the Differences Between Li-ion and Li-Po Batteries?
Choosing the right battery for your product feels complicated. You hear "Li-ion" and "Li-Po" used often, but the real difference is unclear. Picking the wrong one can compromise your design, performance, and budget, putting your project at risk. The main difference is in their construction. Lithium-ion (Li-ion) batteries use a liquid electrolyte in a rigid […]
Are lithium polymer batteries safe?
You hear stories about lithium batteries, and safety is your top concern. A single failure could destroy your product’s reputation and harm a user. This fear can stop innovation in its tracks. Yes, lithium polymer (LiPo) batteries1 are safe when designed, manufactured, and used correctly. Their safety depends entirely on a high-quality cell paired with […]
Why don’t standard batteries meet wearable medical needs?
Your medical wearable is a breakthrough. But the wrong battery makes it bulky, unreliable, or even unsafe. This can destroy patient trust and the success of your product. Standard batteries fail to meet the needs of wearable medical devices because they lack the required custom shape, high reliability, and stringent safety protocols. They aren’t designed […]
🔋 Powering the Future:Where 18650 Batteries Excel
The 18650 lithium-ion battery is a global energy workhorse. With its compact size, high energy density, and long cycle life, this cylindrical cell has become essential in countless modern applications — from everyday electronics to high-performance industrial tools. But not all scenarios are created equal. In this article, we explore where 18650 batteries are best […]
How to Detect Lithium Polymer Battery Health: What You Need to Know
In today’s mobile-first world, Lithium Polymer (LiPo) batteries power everything from smartphones and drones to medical devices and IoT solutions. But like all battery types, LiPo cells degrade over time. Ensuring battery health is crucial—not just for performance, but also for safety and reliability. So how do you accurately detect the health of a LiPo […]
