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Lithium Battery Pack Manufacturer

3.7V Cylindrical Li-ion Rechargeable Battery Pack
3.7V Cylindrical Li-ion Rechargeable Battery Pack
3.7V Cylindrical Li-ion Rechargeable Battery Pack
3.7V Cylindrical Li-ion Rechargeable Battery Pack
3.7V Cylindrical Li-ion Rechargeable Battery Pack
3.7V Cylindrical Li-ion Rechargeable Battery Pack

3.7V Cylindrical Li-ion Rechargeable Battery Pack

KBT supplies 3.7V cylindrical lithium-ion rechargeable battery packs for equipment manufacturers, distributors, and system integrators. The reviewed series includes 18650 and 26650 standard models with capacities from 2600mAh to 4400mAh, integrated BMS protection, and positive and negative poles positioned at the same end. Buyers can order proven standard models for faster project integration or request OEM/ODM evaluation for cell type, pack configuration, BMS, and battery terminals. Typical applications include lighting products, toys, portable instruments, and measuring or control equipment.

Key Features

  • 3.7V Li-ion packs in 18650 and 26650 configurations
  • 2600mAh, 4000mAh, and 4400mAh standard-model options
  • Integrated BMS with same-end positive and negative poles
  • Customizable cell type, pack configuration, BMS, and battery terminals
  • Standard-model sourcing and OEM/ODM evaluation available

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ModelChemistryBattery CellNominal VoltageCapacityBMSFeature
18650-2600mAh-NPLi-ion186503.7V2600mAhYespositive and negative poles at the same end
26650-4000mAh-NPLi-ion266503.7V4000mAhYespositive and negative poles at the same end
1S2P-18650-4400mAh-NPLi-ion18650*2pack3.7V4400mAhYespositive and negative poles at the same end

3.7V Cylindrical Li-ion Rechargeable Battery Pack

Designed for compact equipment integration, this cylindrical battery-pack series gives B2B buyers a practical route from initial model selection to project-specific development. Cell format, pack construction, BMS design, and terminal arrangement can be evaluated against the equipment’s electrical and mechanical requirements, followed by sample validation before volume production. This approach supports equipment manufacturers and system integrators that need consistent specifications, straightforward assembly, and a scalable sourcing path.