XYJC’s ultra-thin pouch battery solutions power smartphones, tablets, laptops,
and portable devices. Free-form geometry fits millimeter-thin enclosures, while
high energy density and 2C fast-charge support keep slim devices running all
day.
Ultra-thin pouch cells with free-form shapes cut to your
device structure.
High energy density maximizes capacity in the slimmest
enclosures.
Fast Charge 0.5C–2C charging with controlled temperature rise.
80% capacity retention after 500 cycles, validated by drop
and vibration tests.
Micro and curved pouch cells from 15 mAh, engineered for smartwatches, TWS
earbuds, AR/VR headsets, and health bands. Arc, L-shape, and ultra-narrow
geometries follow your industrial design — with dual protection on a board
smaller than a fingernail.
Micro cells engineered down to 15 mAh for the tightest
cavities
Custom shaped cells that follow your ID, not the other way
around.
Overcharge and over-discharge safety on a micro PCB.
Ultra-low self-discharge keeps wearables ready after weeks
on the shelf.
High-rate pouch batteries for UAVs, FPV drones, service robots, and AGVs.
Ultra-low internal resistance holds voltage through takeoff and full-throttle
maneuvers, while 3C–5C fast charging puts your fleet back in the air in 30
minutes.
10C–25C continuous, 30C peak — no voltage sag at full
throttle.
Every gram saved is a minute gained in the air.
3C–5C fast charging maximizes fleet uptime.
Accurate SOC estimation feeds real-time flight-time data.
Rugged 18650/21700 battery packs for drills, saws, impact tools, and garden
equipment. Consistency-screened cells sustain 30C discharge without torque
fade — engineered to survive the jobsite, not the lab.
Sustained high-rate discharge keeps torque steady under
load.
Multi-series platforms from 5S to 10S, interchangeable pack
ecosystems.
Thermal management validated under continuous heavy load.
Shock- and vibration-resistant housings built for the
jobsite.
36V/48V/60V battery platforms for e-bikes, e-scooters, and delivery fleets.
IP65-sealed against rain and road dust, with smart BMS reporting SOC/SOH over
UART or CAN — fleet operators see battery health before riders feel it.
LiFePO4 option delivers 2000+ cycles; NCM option for maximum
range.
Full voltage platform coverage, 10–30 Ah expandable capacity.
Rain, dust, and road spray stay out — power stays on.
UART/CAN communication enables remote fleet health
monitoring.
Medical-grade battery packs for patient monitors, infusion pumps, thermometers,
and portable diagnostics. Smooth low-noise output keeps precision instruments
accurate, backed by full UN38.3 and IEC 62133 documentation for your device
certification.
Six-month standby — ready the instant care is needed.
Smooth, low-noise output for measurement-grade accuracy.
Redundant protection circuits with fail-safe design.
UN38.3 + IEC 62133 Complete documentation supporting IEC 60601 device
certification.
Wide-temperature battery packs for flashlights, camping gear, CCTV, alarm
systems, and IoT sensors. Microamp-level standby for months, instant bursts
when the camera records or the alarm fires — power that’s there when
everything else fails.
Standard -20–60°C; low-temperature chemistry rated to -40°C.
A full year of standby for emergency lights and alarms.
Sips microamps on standby, bursts to 3C the instant it
triggers.
Moisture-, dust-, and vibration-proof for any terrain.
LiFePO4 battery packs on 12V/24V/48V platforms for portable power stations,
home ESS, solar street lights, and off-grid systems. Active-balancing BMS with
RS485/CAN integrates seamlessly with inverters — the fastest way to put your
brand into energy storage.
2000–6000 cycles at 80% retention — the fade curve is the
product.
Scalable platforms with parallel expansion under strict
cell matching.
Sips microamps on standby, bursts to 3C the instant it
triggers.
UN38.3 + IEC 62619 Certified for global storage markets, MSDS included.
What to Prepare
Technical drawings (PDF, DWG, CAD)
Battery specifications
Quantity requirements
Quality standards (UL, SGS, IEC, etc.)
