Non-rechargeable Ultra Thin Battery: CP252525 3V 240mAh LiMnO2 Smart Card Battery
Non-rechargeable Ultra Thin Battery: CP252525 3V 240mAh LiMnO2 Smart Card Battery – The Power Core of 16+ Intelligent Applications
In the era of IoT (Internet of Things) and intelligent automation, the demand for miniaturized, long-lasting, and reliable power sources has skyrocketed. From contactless smart cards that simplify daily commutes to industrial identification systems that optimize global supply chains, every compact electronic device relies on a battery that can balance ultra-slim design with uncompromising performance. This is where the Non-rechargeable Ultra Thin Battery shines as a game-changing solution—and among the top-tier options in this category, the CP252525 3v 240mAh Super Thin Lithium Manganese Battery stands out as a trusted choice for engineers and manufacturers worldwide. Powered by advanced LiMnO2 battery chemistry, this Smart Card Battery delivers exceptional energy density, stable voltage output, and seamless integration, making it the backbone of 16+ critical applications across industries.
Why the Ultra Thin Battery Is Redefining Power for Miniaturized Electronics
As technology evolves, devices are becoming smaller, lighter, and more integrated into our lives—from wearable tech to industrial sensors and smart infrastructure. Traditional batteries, with their bulky profiles and limited lifespan, can no longer keep up with the demand for “invisible power” that fits into tight enclosures without sacrificing functionality. The Ultra Thin Battery addresses this gap head-on, offering a precision-engineered solution that prioritizes slimness without compromising on performance.
At the heart of this innovation is LiMnO2 battery technology—lithium manganese dioxide chemistry that has become the gold standard for non-rechargeable applications requiring long-term reliability. Unlike other battery chemistries, LiMnO2 battery offers a unique combination of advantages: a stable 3V voltage output (perfectly matching the power needs of most smart cards and mini-sensors), an operating temperature range of -20°C to 60°C (adapting to harsh indoor and outdoor environments), and a shelf life of up to 5 years (thanks to an ultra-low self-discharge rate of less than 3% per year). These traits make the LiMnO2 battery ideal for devices that require “fit-and-forget” power—no frequent replacements, no performance degradation, and consistent output from first use to last.
For Smart Card Battery applications specifically, the ultra-thin form factor is non-negotiable. A smart card’s thickness typically ranges from 0.76mm to 1.0mm, and the battery must fit within this constraint without adding bulk or affecting flexibility. The CP252525 3v 240mAh Super Thin Lithium Manganese Battery meets this challenge with its impressive dimensions: 25mm x 25mm x 2.5mm (thickness just 2.5mm) and a weight of only 5g. This slim profile allows seamless integration into flexible smart cards, rigid RFID tags, and miniaturized sensors—all while delivering 240mAh of capacity, enough to support hundreds of data transmissions, transactions, or sensor readings over its lifetime.
Core Technical Specifications of the CP252525 3v 240mAh Non-rechargeable Ultra Thin Battery
These specifications aren’t just numbers—they translate to real-world value for manufacturers. By choosing the CP252525 3v 240mAh, engineers can design sleeker, more user-friendly devices without compromising on power. The battery’s compatibility with automated assembly lines also reduces production costs, while its global certifications (UN38.3 for shipping safety, RoHS for environmental compliance) ensure hassle-free deployment in international markets.
16 Critical Applications: How the CP252525 3V 240mAh LiMnO2 Smart Card Battery Powers Innovation
The Non-rechargeable Ultra Thin Battery is not just a component—it’s a catalyst for efficiency, security, and convenience across 16 key application areas. Below is an in-depth look at how the CP252525 3v 240mAh Super Thin Lithium Manganese Battery solves pain points and delivers value in each scenario:
1. Nonstop Charging System
Nonstop charging systems (also known as uninterrupted power supplies for low-power devices) require a backup battery that can activate instantly when primary power fails. These systems are used in emergency lighting, security sensors, and critical data loggers—where even a moment of downtime can lead to financial losses or safety risks. The CP252525 3v 240mAh Non-rechargeable Ultra Thin Battery is ideal for this role: its stable 3V output ensures seamless power handover, while its ultra-slim design fits into compact charging units. The LiMnO2 battery chemistry’s long shelf life means the backup battery remains reliable for years, even when idle. For example, a retail store’s security sensor can rely on this battery to stay active during power outages, ensuring continuous monitoring and alerting authorities to break-ins.
2. Intelligent Parking Lot
Intelligent parking systems use smart cards or RFID tags to manage vehicle entry, exit, and payment—often in outdoor environments exposed to extreme temperatures, rain, and dust. These devices need a battery that can withstand harsh conditions while delivering consistent performance. The CP252525 3v 240mAh Smart Card Battery excels here: its -20°C to 60°C operating range handles freezing winters and scorching summers, while its sealed construction resists moisture and debris. For parking lot operators, this means fewer device failures and reduced maintenance costs—replacing a battery once every 5 years is far more efficient than quarterly servicing. For users, it translates to seamless access and payment experiences, as the battery powers hundreds of transactions without needing replacement.
3. Container Identification
Global logistics depends on container identification systems to track shipments across ports, warehouses, and highways. These systems use RFID tags embedded in containers, which must operate reliably for years without maintenance—often in extreme conditions (high seas, desert heat, freezing cargo holds). The CP252525 3v 240mAh Super Thin Lithium Manganese Battery is perfectly suited for this task: its 5-year shelf life and low self-discharge rate ensure tags remain functional throughout the container’s lifecycle. The battery’s ultra-slim design (25mm x 25mm x 2.5mm) allows it to be embedded into the container’s structure without affecting loading or handling, while the LiMnO2 battery chemistry resists vibration and shock from rough transport. For logistics giants like DHL or Maersk, this means accurate tracking, reduced cargo loss, and faster delivery times.
4. Vehicle Charge Check
Vehicle charge check devices monitor battery levels in electric vehicles (EVs), motorcycles, or industrial equipment—providing real-time data to fleet managers and owners. These devices are often compact and mounted in tight spaces (under the hood, on dashboards), requiring a slim, high-performance power source. The CP252525 3v 240mAh Ultra Thin Battery fits seamlessly into these devices, delivering enough energy to support continuous sensor readings and data transmission. Its stable voltage output ensures accurate battery level measurements, while the LiMnO2 battery chemistry’s resistance to high temperatures (up to 60°C) makes it safe for under-hood installations. For fleet managers, this means proactive maintenance scheduling and reduced downtime; for EV owners, it provides peace of mind with reliable low-battery alerts.
5. Mine Personnel Identification
Mining environments are among the harshest on earth—extreme temperatures, high humidity, dust, and vibration pose significant risks to electronic devices. Mine personnel identification systems use smart cards/RFID tags to track workers’ locations, control access to restricted areas, and trigger emergency alerts. These tags need a battery that can withstand harsh conditions while providing reliable power for years. The CP252525 3v 240mAh Non-rechargeable Ultra Thin Battery is engineered for this scenario: its rugged construction and wide temperature range (-20°C to 60°C) ensure performance in deep mines, while its long shelf life eliminates the need for frequent replacements (critical in dangerous, hard-to-reach areas). For mining companies like BHP, this translates to enhanced worker safety, regulatory compliance, and reduced operational costs.
6. Automated Railcar Identification Management
Automated railcar identification systems use RFID tags to track railcars, cargo, and maintenance schedules across vast rail networks. These tags are exposed to outdoor elements (rain, snow, extreme temperatures) and vibration from moving trains—requiring a battery that can endure these stressors. The CP252525 3v 240mAh LiMnO2 Smart Card Battery meets this challenge: its ultra-slim design fits into railcar components without affecting aerodynamics or loading, while the LiMnO2 battery chemistry’s resistance to vibration and temperature extremes ensures long-term reliability. The 240mAh capacity supports hundreds of daily data transmissions, allowing rail operators like Union Pacific to track railcars in real time, optimize routes, and streamline maintenance—saving millions in operational costs annually.
7. Automated Road Charge Management (ETC Systems)
Electronic Toll Collection (ETC) systems have revolutionized highway travel, enabling cashless payments and reducing traffic congestion. These systems rely on transponders (smart cards) mounted on vehicles, which communicate with roadside readers to deduct tolls automatically. The Smart Card Battery powering these transponders must be slim enough to fit behind windshields, reliable enough to operate for years, and resistant to temperature fluctuations. The CP252525 3v 240mAh Super Thin Lithium Manganese Battery checks all these boxes: its 2.5mm thickness fits seamlessly into ETC transponders, its 5-year shelf life eliminates frequent replacements, and its -20°C to 60°C operating range withstands hot sun and freezing rain. For transportation departments, this means improved system reliability; for drivers, it means hassle-free toll payments and faster commutes.
8. Automated Voyage Passengers Luggage Identification Transport Management
Airports and seaports use automated luggage identification systems to track bags from check-in to delivery—reducing lost luggage and improving passenger satisfaction. These systems use RFID tags embedded in luggage tags, which must operate in luggage holds (temperatures ranging from -20°C to 60°C) and withstand rough handling (stacking, jostling). The CP252525 3v 240mAh Ultra Thin Battery is the perfect power source: its LiMnO2 battery chemistry resists temperature extremes and vibration, while its ultra-slim design fits into paper/plastic luggage tags without adding bulk. The 5-year shelf life ensures tags remain functional even if luggage is stored for months (e.g., lost luggage recovered later). For airports like Dubai International, this means fewer lost luggage claims and happier passengers.
9. Vehicle Entry and Exit Control
Vehicle entry and exit control systems (used in residential communities, office parks, and military bases) rely on smart cards/RFID tags to grant access to authorized vehicles. These systems operate 24/7, requiring a battery that can deliver consistent power day in and day out. The CP252525 3v 240mAh Non-rechargeable Ultra Thin Battery excels here: its low self-discharge rate ensures reliable performance for years, while its ultra-slim design fits into compact access cards. The LiMnO2 battery chemistry’s stability means the card won’t fail in extreme weather—whether it’s a scorching summer day or a freezing winter night. For property managers, this means enhanced security and reduced maintenance; for residents/employees, it means seamless access to their destinations.
10. Campus All-Purpose Card
Campus all-purpose cards (used for student ID, library access, cafeteria payments, and dorm entry) are essential for modern universities. These cards need a battery that’s slim enough to fit in wallets, reliable enough to last an entire school year, and compatible with multiple readers. The CP252525 3v 240mAh LiMnO2 Smart Card Battery is ideal for this application: its 2.5mm thickness and 5g weight make the card lightweight and portable, while its 240mAh capacity supports hundreds of daily transactions. The LiMnO2 battery chemistry’s low self-discharge rate ensures the card remains functional during long breaks (winter/summer vacations), and its compatibility with contactless readers ensures seamless use across campus. For universities like Stanford, this means improved student experience and streamlined campus management.
11. Repasting Card and Public Transportation Card
Repasting cards (used for retail loyalty programs, memberships) and public transportation cards are everyday essentials for millions of people. These cards require a battery that’s slim, long-lasting, and cost-effective—critical for mass production. The CP252525 3v 240mAh Super Thin Lithium Manganese Battery
