Lead-carbon Batteries

Lead Carbon Batteries

Leochlead carbon batteries are designed to recharge much faster than standard AGM batteries.The ultra-fast charging capability is made possible thanks to the Partial State of Charge(PSoC) technology.

A lead carbon battery is built with premium sealed lead-acid chemistry and added carbon components to the negative electrodes. The carbon components is not designed to change the basic electrochemistry, but rather to increase power and minimise sulphation, which is a chemical reaction that occurs during charging cycles that causes ordinary lead-acid batteries to fail.

Features and Benefits

Long design life of up to 12 years
Super carbon technology for increased cyclic performance (≥4000 cycles at 60%DoD) for 2V cells and (≥3200 cycles at 60%DoD) for 12V cells
Enhanced overcharge and over discharge endurance for PSoC applications
Modular design and horizontal installation for easy installation and maintenance
Unique anti-explosion one-way vent valve design to minimise water loss and increase safety
Thick plates with a special pasting formula ensure long service life
ABS case UL94-HB (UL94-V0 Optional) is used for increased container strength
Super-fast charging capability (0% to 90% SoC level in less than 1.5 hours)
Wide operating temperature range (-40°C to 65°C)
2800 cycles at 40% DoD and increased PSoC performance
Unique anti-explosion one-way vent valve design to minimise water loss and increase safety
ABS case UL94-HB (UL94-V0 Optional) is used for increased container strength.

Model	Voltage	Capacity	Capacity	CCA	Dimensions						Weight	Terminal	Download
	(V)	(10Hr)	(20Hr)	@	mm			in			Weight
		Ah	Ah	(-18℃)	L	W	H	L	W	H	Kg
EB12D-4	12	11	12	180	150	87	130	5 7/8	3 7/16	5 1/8	4.25	O	EB12D-4
EB14D-4	12	13	14	200	150	87	145	5 7/8	3 7/16	5 11/16	4.76	O	EB14D-4
EB14E-4	12	13	14	245	150	87	145	5 7/8	3 7/16	5 11/16	5.30	O	EB14E-4
JB14-4	12	13	14	200	150	87	145	5 7/8	3 7/16	5 11/16	4.62	K	JB14-4
MB14-4	12	13	14	210	150	87	148	5 7/8	3 7/16	5 11/16	4.80	M	MB14-4

Parameter information subject to the contract, here for your reference only.

High capacity – actual capacity can reach 105%~120% of rated capacity.
Good starting performance – using cast welding and through-wall welding technology, low internal resistance of the battery, high CCA value, excellent starting performance.
Long service life–optimized plate grid alloy and lead paste formula, using AGM spacer tight assembly technology, battery life up to 2 years.
The terminals are molded directly into the battery cover, so the terminals are not easily deformed and skewed. And embedded copper nuts, easy to install and use.
Using high-strength shell material, the shell is not easy to break.
Wide range of temperature adaptation, good resistance to high and low temperatures.
High reliability and consistency.
Custom designed and developed specifically for automotive auxiliary battery applications.