The lithium battery industry has achieved a breakthrough in efficient production. An innovative production line has significantly increased the efficiency of lithium-manganese button battery manufacturing. Power Glory has successfully completed trial production on its fully automated high-speed production line, capable of producing 200-230 button batteries per minute, enabling "dark night operation." This has shortened the overall lead time for high-performance lithium-manganese button batteries by 30%, potentially meeting the urgent demand for high-performance, compact power supplies in emerging applications such as tire pressure monitoring systems (TPMS), electronic price tags (ESLs), and blood glucose meters. Production line technology innovation to break through the bottleneck of production efficiency With the advent of the Fourth Industrial Revolution, more and more...

2025 marks a critical turning point for the medical device industry. The implementation of a series of new regulations is profoundly changing the certification requirements for power supply components. The International Electrotechnical Commission (IEC) has also updated its safety testing standards for lithium coin-cell batteries. These changes together form the new regulatory framework for medical device power supplies in 2025. As a critical power source for numerous medical devices, primary lithium-manganese button batteries face unprecedented compliance challenges. Facing the stringent standards for medical battery products, Power Glory conducts comprehensive testing from the material to the energy source, utilizing medical-grade battery materials. Fully enclosed powder granulation equipment, fully automated batching, and fully automated transfer overcome the limitations...

5G IoT devices widely use button batteries, mainly due to their following advantages: Small and compact: IoT devices are becoming increasingly miniaturized, and button batteries are well suited to this demanding space requirement. High energy density: Especially in chemical systems such as lithium-manganese button batteries (such as CR2032), it can provide high energy in a small volume, meeting the long-term battery life requirements of IoT devices. Low self-discharge rate: Button batteries have a slow power decay and a long storage time, making them very suitable for IoT devices that require long-term standby or intermittent operation. Stability and reliability: A good button battery has a stable voltage and a leak-proof design, which can protect the precision circuits inside the device. While 5G connectivity is highly efficient, the instantaneous current required fo...

Smart livestock applications, such as pedometers and Bluetooth ear tags, place particular emphasis on battery selection to ensure long-term stable operation and compact size. Overall, coin cell batteries offer a compact size, excellent sealing, easy replacement, and mature technology. They are often paired with ultra-low power consumption designs, making them a popular choice for a wide range of smart livestock applications. Power Glory's lithium-manganese batteries play an important role in smart animal husbandry due to their unique advantages. When choosing a pedometer, in addition to focusing on the battery type, you can also consider the following aspects to better balance performance and maintenance costs: Device power consumption is key: choosing a pedometer that uses ultra-low power technology (such as a standby current of microamperes) can significantly extend the service...

Power Glory| Organized a viewing of the 80th anniversary military parade of the victory of the War of Resistance Against Japanese Aggression All employees of Power Glory celebrate the great achievements of strengthening the military with science and technology This morning, a military parade commemorating the 80th anniversary of the victory of the Chinese People's War of Resistance Against Japanese Aggression and the World Anti-Fascist War was solemnly held in Tiananmen Square, Beijing. All employees of Power Glory gathered in the conference room and watched this grand ceremony in real time on the big screen, showcasing the country's achievements in strengthening the military through science and technology. As formations of fighter jets equipped with advanced intelligent systems roared past and new unmanned combat equipment made their orderly debut, the conf...

[Power Glory] 2025 IOTE Shenzhen Internet of Things Exhibition concluded successfully! From August 27th to 29th, 2025, the 24th International Internet of Things Exhibition (IOTE 2025) Shenzhen Station successfully concluded at the Shenzhen International Convention and Exhibition Center (Bao'an). As the world's largest one-stop "AI+IoT" full industry chain event, this exhibition focused on the deep integration and cross-border innovation of artificial intelligence and Internet of Things technologies, aiming to promote the improvement and development of the "data perception-intelligent decision-making-scenario implementation" ecosystem.   More than 100 matrix products were unveiled to help connect everything intelligently   As a solution provider with 21 years of experience in the field of disposable lithium micro power supplies, Power Glory...

Deep-sea exploration equipment, such as submersibles and underwater robots, requires batteries that can operate stably in high-voltage and low-temperature environments. When choosing disposable button batteries for underwater robot beacons, lithium-manganese batteries are the most commonly used and recommended choice, particularly the CR series. Power Glory's lithium-manganese batteries play a vital role in these fields due to their unique advantages. Voltage Stability: Lithium-manganese batteries provide a stable 3V voltage (common models include CR2032, CR2450, and CR2477) until nearly depleted. This is crucial for beacons that require precise voltage for positioning or communication. High Energy Density and Long Life: Lithium-manganese batteries offer higher capacity and a longer lifespan than alkaline batteries for the same volume. This is extremely important ...

Military night vision goggles exemplify high-tech empowerment of individual combat and are essential equipment for modern militaries. They significantly enhance soldiers' situational awareness, mobility, and combat capabilities in darkness or low-light environments. They have revolutionized nighttime combat and are crucial for modern militaries to gain information advantage and initiative on the battlefield. The core principle of military night vision devices is to enhance weak light, primarily image-intensified devices. The most common core operating principles are: Photon collection: The objective lens collects extremely weak ambient light. Photoelectric conversion: Light strikes the photocathode, converting photons into electrons. Electron multiplication: Electrons are accelerated and multiplied by collisions in the microchannel plate, generating a large number of electrons...

A pacemaker is a small electronic medical device implanted in the body, primarily used to treat a slow heartbeat (bradycardia). Its core function is to monitor the heart's own electrical activity and, if the heart beats too slowly or stops, send weak electrical pulses to stimulate the heart muscle, causing it to contract at a normal rate and thus ensuring adequate blood supply to the body. The design of these batteries must meet the stringent requirements of implantable medical devices for long life, high safety, and stable voltage. Non-rechargeable design Pacemaker batteries need to be implanted  the body for extended periods. Disposable (non-rechargeable) batteries can avoid safety risks (such as heating and leakage) caused by repeated charging and discharging. Currently, mainstream products is disposable lithium batteries, which typically require replacement every 5-10 yea...