The lithium fluorocarbon battery system represents the pinnacle of current primary battery technology. It seamlessly combines extremely high energy density, an extremely wide operating temperature range, ultra-low self-discharge rate, and outstanding safety, providing the ultimate power solution for medical, industrial, exploration, and specialized applications.
Our core technological advantages：
1.The king of energy density, with worry-free long-lasting performance
Positive electrode core: Utilizes patented fluorinated graphite material, with a discharge platform stable above 2.8V, specific capacity exceeding 860mAh/g, and the specific energy of the positive electrode material reaching as high as 2400Wh/kg. This means that under the same volume or weight, the device can achieve a longer continuous operating time.
Negative electrode innovation: By using ultra-thin lithium strips with a thickness of only 0.1 to 0.2 mm, the overall energy density and lifespan of the battery have been further enhanced while achieving lightweighting and miniaturization.
2. Conquer extremities, operate without restrictions in extreme temperatures
Thanks to the excellent thermal stability of fluorocarbon materials (which do not decompose at high temperatures of up to 300°C and do not crystallize at low temperatures), and through our independently developed special electrolyte, our batteries have achieved an astonishing working temperature range of -40°C to +125°C. No matter where you are, whether in the frozen polar regions, the scorching deserts, or high-temperature industrial sites, the power output remains stable and reliable.
3. The voltage platform is as stable as a rock
The working voltage remains above 2.6V throughout the entire process until the discharge is complete. The unique discharge mechanism (CFx converting into LiF and conductive carbon) ensures that the utilization rate of active substances is close to 100%, providing a stable and predictable power supply for the equipment, ensuring the accuracy of precise instrument measurements and stable operation.
4. Ultra-long standby, a ten-year commitment
Time is the ultimate criterion for testing quality. Our battery has an annual self-discharge rate of less than 1%, and its storage life exceeds 10 years. Whether it's a long-term standby medical emergency device or a periodically used exploration instrument, it can be activated at any time and will have full power.
5. Safe and reliable, green companions
From production, use to disposal, no heavy metals are involved throughout the entire process, being environmentally friendly. Combined with the high safety design of the material itself, it provides you with a sense of peace and protection.
Lithium fluorocarbon cylindrical batteries have become the preferred energy source for the following demanding scenarios:
• Medical equipment: Implantable medical devices, portable monitoring instruments, emergency rescue equipment.
• Industrial and instrumentation: Intelligent sensors, data recorders, high-precision measuring instruments.
• Resource exploration: Underground measurement tools for oil wells, geological surveying and mapping equipment.
• Special and extreme environments: Marine exploration instruments, polar scientific research equipment.
• High-end consumption: Professional-level photography equipment, high-end outdoor navigation and safety equipment.
Choosing lithium fluoride carbon batteries is not merely about selecting a power source; it is also about choosing a certain level of reliability, long-lasting power, and wide environmental adaptability for your critical equipment. On the path of professionalism and excellence, we provide continuous energy support, enabling you to face challenges fearlessly and achieve your goals with certainty.
Make every task power-packed.
