1.5V Plus Alkaline Battery
→
1.5V Plus Alkaline Battery
→
1.5V Plus Alkaline Battery
→
Super Heavy Duty AAA
→
Super Heavy Duty AA
→
Metal Jacket
→
1.55V Button Cell Battery
→
3V Lithium Manganese Button Cell
→
Hearing Aid Batteries
→
CONSUMER USE
→
CONSUMER USE
→
INDUSTRY USE
→
INDUSTRY USE
→
INDUSTRY USE
→
INDUSTRY USE
→
ICR(LiCoO₂)3.7V Lithium-ion Batteries
→
ICR(LiCoO₂)3.7V Lithium-ion Batteries
→
INR(NCM/NCA)3.7V Lithium-ion Batteries
→
As technology advances, the performance and reliability of laptop batteries play a crucial role in ensuring uninterrupted productivity. At [Your Brand Name], we specialize in high-performance laptop battery solutions, offering Lithium-ion (Li-ion) and Lithium-Polymer (Li-Po) batteries, designed for modern notebooks, ultrabooks, and industrial computers.
✔ Dominant Market Share: Used in 90%+ modern laptops
✔ High Energy Density: 250-300Wh/kg – significantly higher than Ni-MH batteries
✔ No Memory Effect: Supports flexible charging without degradation
✔ Stable Voltage Output: Standard 3.7V cells, typically arranged in 11.1V/14.8V packs
Why Choose Li-ion?
Li-ion batteries provide a perfect balance of power, efficiency, and longevity, making them the preferred choice for mainstream laptops, business notebooks, and gaming laptops.
✔ Used in High-End Devices: Common in ultrabooks, convertible laptops, and premium tablets
✔ Ultra-Thin & Customizable: Thickness as low as 0.6mm, allowing for sleek and compact designs
✔ Enhanced Safety: Solid-state electrolyte reduces leakage risk, making Li-Po safer than traditional Li-ion
✔ Flexible Form Factor: Supports custom-shaped battery packs for space-constrained designs
Why Choose Li-Po?
Li-Po batteries provide greater design flexibility, making them the go-to option for ultra-thin laptops and innovative 2-in-1 convertibles.
✔ Limited Usage: Found in older low-end laptops and industrial computers
✔ Lower Energy Density: 80-100Wh/kg – significantly less efficient than Li-ion/Li-Po
✔ Memory Effect Issues: Requires full discharge cycles to maintain performance
Why Is Ni-MH Being Phased Out?
With the rapid advancement of Li-ion and Li-Po technologies, Ni-MH batteries are becoming obsolete, mainly due to their lower capacity, higher weight, and maintenance issues.
✅ High Energy Efficiency: Our Li-ion & Li-Po batteries offer superior power output, fast charging, and extended cycle life.
✅ Advanced Safety Standards: Built-in BMS (Battery Management System) prevents overcharging, overheating, and deep discharge.
✅ Custom OEM Battery Solutions: We provide tailor-made laptop battery packs for manufacturers and industrial applications.
At EASTAR, we are committed to delivering cutting-edge laptop battery technology for enhanced performance, longevity, and user convenience. Contact us today for bulk orders, OEM partnerships, or custom battery solutions!