16-32Pcs 1.5V 3000mAh AA / AAA Rechargeable Batteries LED Light

16/32Pcs 1.5V 3000mAh AA / AAA Rechargeable Batteries LED Light Battery Alkaline US


 Package A:16Pcs 1.5V AA  Alkaline Batteries 

Specification: 1.5VAA (No. 5)               
Nominal voltage: 1.5V             
Nominal capacity: 3000mAH               
Cycle times: 1000-1200 times               
Chemical type: Alkaline               
Product colour: Green               
Product size: 18*68 (mm)     
         
Product characteristics: cycle chargeable (no memory), fast boost, high potential               
Scope of application: Alkaline rechargeable batteries can reach a full no-load voltage of 1.6 V with a multimeter test. this is the same as the characteristics of alkaline dry batteries. This high voltage advantage is unmatched by NiMH batteries. Suitable for shavers, LED lighting, wireless microphones, cordless phones and other appliances that require a high potential but will not be used for a long time, not recommended for wireless keypads and remote controls and other appliances that are discharged slowly for a long time, which can easily cause over-discharge and affect the secondary charging effect.


Package B :16Pcs 1.5V AAA Alkaline Batteries 
Specification: 1.5VAAA (No.7)
Cycle times: 1000-1200 times
Product range: AAA batteries
Chemical type: Alkaline
Product colour: Green
Mercury content: Alkaline
Product size: 18*68 (mm)
Nominal voltage: 1.5V
Nominal capacity: 3000mAH

Product characteristics: cycle rechargeable (no memory), fast boost, high potential
Scope of application: Alkaline rechargeable batteries can reach a full no-load voltage of 1.6 V with a multimeter test. this is the same as the characteristics of alkaline dry batteries. This high voltage advantage is unmatched by NiMH batteries. Suitable for shavers, LED lighting, wireless microphones, cordless phones and other appliances that require a high potential but will not be used for a long time, not recommended for wireless keypads and remote controls and other appliances that are discharged slowly for a long time, which can easily cause over-discharge and affect the secondary charging effect.