Product Details

lr6 size aa am3 1.5v battery 0.0% mercury lr6 size aa am3 1.5v battery

1.Basica information:

Product name	0.0% mercury 1.5v am3 aa alkaline dry battery lr6
Chemical System	Zinc-Manganese dioxide (Zn/MnO2)
Technology Criterion	IEC 60085-2:2007, 2006/66/EC
Certificate	ISO9001:2008,SGS,MSDS etc
Mercury & Cadmium	0%
Nominal voltage	1.5 Volts
Average capacity	>1700 mAh
Open-circuit voltage	1.63 Volts
Closed-circuit voltage	1.55 Volts
Diameter	13.50-14.50MM
Height	49.20-50.50MM
Average weight	23.00 Grams
Shelf life	5 Years

2.Detailed battery pictures below for your reference:

3.Why choose our alkaline battery?

Quality	With over 18 years' experience in battery business, we guarantee each single piece of alkaline battery is reliable in quality.
Service	Efficient and excellent service is the basic requirement you can expect from us.
Responsibility	Your satisfaction with our battery and our service are our responsibility.

4.Technical data of the alkaline battery:

Art. No.	Type	Nominal Voltage (V)	Shelf Life (Year)	Test Conditions	Discharge Time
					IEC Standard(IEC 60085-2:2007)	EVERBRIGHT
4375	LR6 AA AM-3	1.5	5	20±2°C,3.9ohm, 24h/d, E.P.V. 0.9V	-----	≥330 Min
				20±2°C,10ohm, 1h/d, E.P.V. 0.9V	690 Min	≥1080 Min

5.Quality control & performance:

1)Our alkaline battery is made of high quality raw materials which have been inspected strictly before usage.

2)Automatically computer controlled production lines effectively avoid artifical influence in production, strictly executed the quality management system to insure each alkaline battery up to IEC standard.

3)Our alkaline battery has the characteristics of strong energy,high capacity, long-durability, super leak-proof, good performance of continuous discharge, long time of intermittent discharge.

6.Internal Structure of alkaline batteries:

7.More detailed Product procedure for alkaline battery:

1	Steel can	The steel can is the positive container,which is the negative connection
2	Conductive film spraying	The conductive materials are sprayed to form the conductive film on the surface of the positive can for good electrical conductivity
3	Positive materials insertion	The positive mixtureis a compressed paste of manganese dioxide with carbon powder added for increased conductivity, which are inserted into the positive can
4	Separator insertion	The separator is inserted to prevent mixing of the positive and negative materials and short-circuiting.
5	Negative materials filling	The negative materials are composed of zinc powder in a gel containing the potassium hydroxide electrolyte, which are filled in
6	Current collector insertion	The assembling current collector is inserted to form the negative electrode
7	Sealing process	The battery is sealed to prevent leakage and electrolyte creepage
8	Finished product	The batteries are packed by shrink after inspecting the voltage, current and appearance