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Why Partner with US

Engineering Expertise

20 Years of Innovation & Solid-State Technology Leadership With over two decades of experience in new energy lithium battery production, we stand at the forefront of battery innovation. Our engineering team has mastered core technologies in solid-state electrolytes and quasi-solid-state batteries, utilizing a unique "rigid-flexible coupling" polymer structure. This breakthrough ensures our batteries deliver superior performance: Extreme Temperature Resistance: Stable operation from -20°C to 110°C. Enhanced Safety: In-situ curing technology prevents leakage and explosion risks. High Performance: Higher voltage platforms (up to 4.3V) and energy density compared to traditional liquid batteries. Backed by 32 domestic and international patents, we provide cutting-edge power solutions that redefine safety and efficiency.

Manufacturing Scale

Vertically Integrated & Fully Automated Manufacturing Unlike standard assemblers, we control the entire value chain—from electrolyte materials to battery packing. Operating from our specialized industrial park in Dongguan, we utilize fully self-developed automated production lines (developed by our subsidiary, Qifa Intelligent Equipment). Full-Process Automation: Including automatic die-cutting, stacking, welding, and packaging. Quality Precision: Our integrated approach achieves a single-pass yield rate of over 95%. Scalable Capacity: With a Phase 1 monthly capacity of 300,000 units and growing, we are equipped to handle bulk orders with speed and consistency.

Global Compliance

Certified for the Global Market Our products are engineered to meet the strictest international safety and transport standards, ensuring seamless entry into global markets. We work with over 80 e-commerce platforms and agents worldwide, backed by a comprehensive portfolio of certifications: North America: FCC, UN38.3 Europe: CE, UKCA, ROHS Asia: PSE (Japan), KC (Korea), BSMI (Taiwan), CCC (China) whether for consumer electronics or industrial storage, our batteries are certified safe, reliable, and ready for export.

Technology Deep Dive

The solid-state battery withstands cutting damage without ignition or explosion throughout the process.

The solid-state battery withstands sharp puncture without ignition or explosion throughout the process.

Application

  • Cylindrical Solid-State Series
    Unmatched Durability for Industrial & Medical Frontiers
    Feature> Spec> Benefit>
    Max Temp> 110°C> No active cooling needed>
    Safety> Nail Penetration Pass> Intrinsically safe>
    Voltage> 3.9V> Higher power density>
    Oil & Gas: Downhole MWD/LWD tools.

    Built for the Heat. Minimize downtime in downhole operations with batteries engineered to perform reliably at 110°C without bulky thermal shielding.
    Medical: Autoclavable surgical instruments.

    Powering Sterile Environments. With withstand temperatures up to 110°C and a zero-leakage solid electrolyte, our cylindrical cells are the safest choice for surgical tools and portable medical devices.
    Energy Storage: High-safety residential ESS.
  • Pouch Laminated Solid-State Series
    Ultra-Lightweight Power for Flight & Future Tech
    Feature Spec Benefit
    Weight -15% vs Liquid Li-ion Increased payload/range
    Shape Customizable (LxWxH) Fits any device design
    Impact Safety No Fire on Crash Critical for UAVs
    UAVs/Drones: Long-range surveillance & logistics.

    Fly Safer, Fly Longer. Our solid-state pouch cells eliminate the risk of thermal runaway during crashes, protecting your expensive payload and the environment, while delivering 15% weight savings.
    Wearables: AR/VR Headsets, Smart Vests.
    Consumer Tech: Ultra-slim power banks.

Quality & Compliance

Customization Process

Requirement Definition & Consultation

Our engineering team initiates a deep-dive analysis of your project requirements. We verify critical parameters including voltage, capacity, dimensions (e.g., D/C/AA/18700/26700), discharge rates, and operating temperature environments.
Solution Design & Feasibility Study

Leveraging our proprietary Solid-State & Quasi-Solid-State technologies, we design the optimal battery cell structure. We evaluate the feasibility of "Rigid-Flexible Coupling" polymer integration to maximize safety and energy density while ensuring the design fits your spatial constraints.
Prototyping & Performance Validation

We produce functional prototypes using our pilot line. Samples undergo rigorous stress testing, including extreme temperature cycling (-20°C to 110°C), overcharge protection, and puncture tests to validate our "In-situ Curing" safety technology.
Global Certification & Compliance

Before mass production, we ensure the product meets all regulatory standards for your target market. We manage the testing and documentation for FCC, CE, UKCA, ROHS, PSE, KC, BSMI, and UN38.3 transport safety certifications.
Automated Mass Production

Production shifts to our intelligent manufacturing lines, powered by our subsidiary Qifa Intelligent Equipment. We utilize fully automated die-cutting, stacking, welding, and packaging systems to ensure consistency.

Full process production equipment

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