Patented Carbon Nanotube LTC Series

LTC series batteries have patented carbon nanotube technology for superior charge acceptance, low-temperature performance, and long cycle life. With a new alloy formula and nanoscale silicon technology, they enhance grid corrosion resistance, improve electrolyte utilization, reduce stratification, and extend overall cycle life. They are suitable for cycling and other applications in electric vehicles, including e-scooters, e-bikes, e-tricycles, electric equipment, electric wheelchairs, and small warehouse vehicles.

Applications:

Electric vehicle
Electric wheelchair
Sightseeing
Cleaning equipment,
E-bike
Mobility
Golf cart
AWP

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Key Features

Corrosion Resistance

The ally employs multiple new-type alloy, resulting in excellent corrosion resistance of the grid and significantly extending its service life.
Highly Conductive

The positive uses a special composite binder and carbon material. This makes it stronger and highly conductive, allowing for higher discharge capacity and a longer cycle life.
Patented Carbon Nanotube Tech

The negative utilizes modified single-walled carbon nanotubes and a high-dispersion ball-milled composite. This combination grants the battery a much better charge/discharge performance, low-temperature resistance and longer cycle life.
3D-Structured Composite Separator

Prevents dendrite-induced short circuits and enables superior acid retention.
High Power Efficiency

The electrolyte employs a nanoscale silicon-based technology. This enhances its utilization efficiency, suppresses stratification, and consequently extends the battery's cycle life.

Parameter List

Swipe View

Model	Rated Voltage(V)	20hr @1.75V/cell	5hr @1.75V/cell	3hr @1.75V/cell	Length(mm)	Width(mm)	Height(mm)	Total Height(mm)	Weight(kg)
LTC12-26	12	26	24	23	181	76.5	171	171	6.9
LTC12-40	12	40	36	35	267.5	77.5	171	171	10.2
LTC12-54	12	54	48	46.5	223	123	175	175	13.6
LTC12-60	12	60	57	54	224	135.5	177.5	177.5	15.3
LTC12-70	12	70	61	59	224	150	177	177	16.9