HomeProductsSolid-State BatteryFire-Resistant And Explosion-Proof Cylindrical Solid-State Battery
  • Explosion-Proof Ternary Lithium Cylindrical Solid State Battery
  • Self-Ignition Ternary Lithium Cylindrical Solid State Batteries
  • Explosion-Proof Cylindrical Solid State Battery Technology
  • Self-Ignition Ternary Lithium Cylindrical Solid State Battery
  • Explosion-Proof Cylindrical Solid State Ternary Lithium Battery
  • New Explosion-Proof Ternary Lithium Cylindrical Solid State Battery
  • Self-Ignition Ternary Lithium Cylindrical Solid State Batteries For Sale
  • Self-Ignition Ternary Lithium Cylindrical Solid State Battery For Sale
  • Explosion-Proof Cylindrical Solid State Battery For Sale
  • Self-Ignition Ternary Lithium Cylindrical Solid State Battery Technology
  • Explosion-Proof Ternary Lithium Cylindrical Solid State Battery
  • Self-Ignition Ternary Lithium Cylindrical Solid State Batteries
  • Explosion-Proof Cylindrical Solid State Battery Technology
  • Self-Ignition Ternary Lithium Cylindrical Solid State Battery
  • Explosion-Proof Cylindrical Solid State Ternary Lithium Battery
  • New Explosion-Proof Ternary Lithium Cylindrical Solid State Battery
  • Self-Ignition Ternary Lithium Cylindrical Solid State Batteries For Sale
  • Self-Ignition Ternary Lithium Cylindrical Solid State Battery For Sale
  • Explosion-Proof Cylindrical Solid State Battery For Sale
  • Self-Ignition Ternary Lithium Cylindrical Solid State Battery Technology

Fire-Resistant And Explosion-Proof Cylindrical Solid-State Battery

Featuring proprietary patented technology, our solid-state batteries are 100% explosion-proof and fire-proof. We maintain comprehensive coverage of the entire production chain backed by a rigorous quality control system. Our products have obtained major global certifications and meet all technical requirements for international export.

Features:
Exceptional Safety and Stability
Elevated Voltage Platform
Superior High-Temperature Resilience
Lightweight Construction (High Energy Density)

Introduction

Parameters

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Solid-State Battery Standards

Supports standard battery series including AA (D-type), No. 1, No. 2 (C-type), No. 5, No. 7, 9V, 16340, 18700, 21770, and 26700. Also supports custom and OEM services.

PictureBattery ModelStandard TypeDiameter (mm)Height (mm)Nominal Capacity (mAh)Output Voltage (V)Charging PortTypical Applications
Solid-state Cylindrical 09270 Single Cell09270AAA9±0.227±0.51803.9±0.5Remote controls, small electronics
Solid-state Cylindrical 13400 Single Cell with Wire13400AA13±0.240±0.56003.9±0.5Toys, mice, microphones
Solid-state Cylindrical 18650 Capacitive Single Battery18650Special18±0.265±0.520003.9±0.5Care products, power tools
Solid-state Cylindrical Type 1 BatteryD1 (USB-D Type)Type 132±0.261±0.52490 (830*3)1.5 (Constant)Type-C (Top)Flashlights, gas appliances, diffusers
Solid-state Cylindrical Type 5 BatteryUSB-AA (4.2.3)Type 514±0.250.5±0.36701.5 (Constant)Type-C (Top)Toys, mice, microphones
Solid-state Cylindrical Type 5 Battery (USB Version)USB-AA (4.2.1)Type 514±0.250.2±0.54101.5 (Constant)USBLow-power small electronics
Solid-state Cylindrical Type 7 BatteryUSB-AAAType 710.1±0.244.5±0.51801.5 (Constant)Type-C (Side)Remote controls, doorbells
Solid-state Cylindrical 9V BatteryUSB-9V9V Type46.5~48.510009 (Constant)Type-C (Side)Multimeters, guitars, electric toys

Cylindrical Solid-State Battery Features

Ultimate Safety: Proprietary solid electrolyte technology eliminates fire and explosion risks, ensuring stability even under nail penetration or impact.

High Voltage Platform: Features a 3.9V nominal voltage (4.3V charge cut-off), outperforming standard liquid lithium and legacy battery systems.

Wide Temperature Range: Delivers reliable performance from -20°C to 110°C, offering exceptional high-temperature resilience compared to standard cells.

Extended Cycle Life: Superior durability with 800 cycles to 80% capacity (significantly higher than the industry standard of ~300 cycles).

High Power Performance: Supports high-rate discharge currents (up to 10C) while maintaining cycle life stability.

Lightweight & High Density: Achieves >200Wh/kg energy density, making it 10–15% lighter than comparable ternary lithium batteries.

Low Self-Discharge: Excellent shelf life with >90% capacity retention after 28 days and stable performance after 6 months of storage.

Cylindrical Solid-State Battery Applications

Small – scale Power Field: Portable and Wearable Devices, Electric Tools and E – bikes

Portable and Wearable Devices: Their compact size, high capacity, and excellent safety make them suitable for small electronic devices. For example, they can be used as power sources for hearing aids, smart wearable devices, and other healthcare – related electronic products. Unlike traditional batteries, they do not have the risk of liquid leakage or combustion, which is crucial for devices that are in close contact with the human body. Besides, their good durability can reduce the frequency of battery replacement for these small devices.

Electric Tools and E – bikes: applied in electric tools and e – bikes. They address the issues of short battery life and slow charging in traditional electric tools and e – bikes, enhancing their usability.

Emerging Intelligent Equipment Field: Humanoid Robots, Low – altitude Aircraft (eVTOL)

Humanoid Robots: Humanoid robots have strict requirements for batteries, demanding high energy density, high power, and long service life simultaneously. Cylindrical solid – state batteries meet these needs well.

Low – altitude Aircraft (eVTOL): The low – altitude economy sector, represented by eVTOL, has extremely high performance requirements for batteries. The combination of “semi – solid state + large cylindrical” has gradually been applied in the eVTOL market.  These batteries can meet the high energy density and high rate performance requirements of eVTOL, laying the foundation for the large – scale development of the low – altitude economy.

Infrastructure and Industrial Monitoring Field

solid-state battery can serve as a power source for status monitoring sensors in factory equipment, infrastructure, and tires. In harsh environments such as resource extraction and offshore development, where temperatures are extreme and battery replacement is difficult, this battery can maintain stable operation for a long time.

Data Center Backup Power Field

The BBU (Battery Backup Unit) of AI data centers has strict requirements for battery safety and stability. Cylindrical solid – state batteries have become an ideal choice for BBU due to their high thermal safety and long service life. In the high – voltage DC power distribution system of new AI data centers, they have high power conversion efficiency, which helps reduce the operating costs of data centers.

Automotive Auxiliary Equipment Field

Although cylindrical solid – state batteries are not yet widely used in the main power supply of automobiles on a large scale, they have shown application potential in automotive auxiliary equipment. Their high safety and durability can ensure the stable operation of automotive auxiliary functions such as on – board sensors and intelligent control systems, preventing malfunctions caused by power supply problems.

Cylindrical Solid-State Battery OEM

Cylindrical Solid-State Battery Certifications

The entire series of solid-state battery products has obtained certifications from: FCC (USA), UKCA (UK), CE (EU), RoHS, PSE (Japan), BSMI (Taiwan), KC (Korea), CCC, and UN38.3.

Solid-State Battery Self-Ignition And Explosion-Proof Test Video

Battery System Cathode / Anode Electrolyte / State Energy Density (Wh/kg) Cycle Life (Times) Nom. Voltage (V) Key Advantages (Pros) Key Disadvantages (Cons)

Our Solid-State Battery

 

(Target Product)

Oxide System

 

Graphite

Quasi-Solid

 

(Liquid content ≤3%)

> 200 > 3500 3.9V

Highest Safety: No leakage/fire risk.

 

High Temp: Stable up to 110°C.

 

Fast Charge: Superior rate capability.

Density vs. 811: Slightly lower density than top-tier NCM 811.

 

Maturity: Newer technology.

Ternary Lithium

 

(NCM / NCA)

Li(NiCoMn)O₂

 

Graphite

Liquid

 

Organic Solvent

~200 > 3000 3.7V

High Energy Density: Compact size.

 

Performance: Good low-temp performance.

 

Speed: Fast charging.

Safety: Risk of thermal runaway.

 

Cost: High raw material cost (Co/Ni).

 

Stability: Voltage platform can fluctuate.

LFP

 

(Lithium Iron Phosphate)

LiFePO₄

 

Graphite

Liquid 160 - 210 3000 - 6000 3.2V

Longevity: Excellent cycle life.

 

Safety: Very stable structure.

 

Cost: Lower raw material costs.

Density: Bulkier than Ternary.

 

Low Temp: Poor performance in extreme cold.

 

Consistency: SOC estimation difficult.

Sodium-Ion

 

(Layered Oxide)

Na-Vanadium

 

Hard Carbon

Liquid / Solid 140 - 150 > 2000 3.0V

Resources: Abundant raw materials.

 

Cost: Very low supply chain cost.

 

Discharge: Can discharge to 0V (safe transport).

Density: Lower than Lithium variants.

 

Maturity: Supply chain still developing.

 

Volume: Larger physical footprint.

LCO

 

(Lithium Cobalt Oxide)

LiCoO₂

 

Graphite

Liquid > 135 500 - 1000 3.7V

Compaction: High tap density (good for phones).

 

Tech: Mature and stable process.

Cost: Expensive (Cobalt).

 

Safety: Poor thermal stability.

 

Life: Short cycle life.

LMO

 

(Lithium Manganese)

LiMn₂O₄

 

Graphite

Liquid 200 - 300* 300 - 700 3.7V

Cost: Low cost.

 

Safety: Better than LCO.

 

Voltage: High platform.

Temp: Poor high-temp performance.

 

Life: Fast capacity degradation.

 

*( Note: Image density data varies)

Legacy Systems

 

*(Lead-Acid / Ni-Cd)*

Pb / Cd

 

Lead / Cadmium

Liquid

 

Acid / Alkali

30 - 70 300 - 500 2.0V / 1.2V

Cost: Extremely cheap.

 

Reliability: Proven technology.

Pollution: Heavy metals (Pb/Cd).

 

Memory Effect: Present in Ni-Cd.

 

Density: Very heavy/bulky.


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