Need more information, please take a look at out comprehsive FAQs below
Frequently Asked Questions (FAQs)
How does the HydraCell battery work?
The HydraCell battery is activated by dipping it in any water for approximately 10 to 15 seconds.
The water (the electrolyte) creates a natural chemical reaction between magnesium and oxygen, inducing an ionic exchange which releases electrons (power).
These electrons are collected by the carbon cathode collector and converted into usable power.
How long can the HydraCell battery be stored?
The HydraCell battery has infinite shelf life before it is first activated. As a result while stored (and sealed in its original packaging and in a dry environment) and before first activation the HydraCell battery retains 100% of its power capacity.
Once activated the HydraCell battery operates continuously under load, requiring only periodic re-hydration.
How long does the HydraCell battery last?
The HydraCell TC1D battery, which is used in the smaller Aqua Tac and Aqua Flash flashlights / torches, will provide up to 75 hours of continuous useful light / power.
The HydraCell TC2D battery, which is used in the larger Aqua Pro and Shark Light flashlights / torches, will provide up to 120 hours of continuous useful light / power.
How many times can the HydraCell battery be re-hydrated (dipped)?
The HydraCell TC1D battery can be re-hydrated (dipped) up to five times if used intermittently.
The HydraCell TC2D battery can be re-hydrated (dipped) up to ten times if used intermittently.
When often does a HydraCell battery need to be rehydrated?
The HydraCell battery will continue to generate power until the magnesium anode (the consumable) within the battery is depleted. The power output of a HydraCell battery is largely liner – very similar power output over the life of the cell.
Once the magnesium anode is depleted the battery will no longer generate any power and will need to be replaced.
When does the HydraCell battery stop producing power?
The HydraCell battery will continue to generate power until the magnesium anode (the consumable) within the battery is depleted. The power output of a HydraCell battery is largely liner – very similar power output over the life of the cell.
Once the magnesium anode is depleted the battery will no longer generate any power and will need to be replaced.
How is the HydraCell battery recharged?
The Hydracell battery is primary battery and is therefore not rechargeable.
What if the HydraCell battery is submerged in water, will it delivery greater power?
The HydraCell battery should be dipped in water for 10 to 15 seconds. There is no need to submerge the HydraCell battery.
It will not delivery greater power and in fact fully submerging the HydraCell battery (or dipping it for extended time) may result in sub-optimal performance.
Does the HydraCell battery have to be hydrated in salt water?
No, HydraCell batteries are infused with salt and can be hydrated in any water.
Does the HydraCell battery have to be activated in water?
No, the HydraCell battery can be activated in any type of water and liquid within reason as long as it is NOT an oil-based liquid such as cooking oil, engine oils, vegetable oils, etc.
Any fresh water, salt water solution, sea water or underground water works equally as well. If in an emergency, human consumable beverages (wine, beer, soft drink) and indeed urine can be used to activate the HydraCell battery.
Can the HydraCell battery be used in other products?
No, at present, the HydraCell batteries (being non-standard size batteries) can only be used in the HydraCell range of lighting products.
What power output do HydraCell batteries generate?
The HydraCell TC1D battery delivers an initial high-power output of approximately 4.5 volts and 1.0 amp and thereafter stabilises to approximately 3.2 volts (under load) for the duration of the battery’s usable life (subject to occasional rehydration).
The HydraCell TC1D battery delivers an initial high-power output of approximately 4.5 volts and 2.0 amps and thereafter stabilises to approximately 3.2 volts (under load) for the duration of the battery’s usable life (subject to occasional rehydration).
When does the HydraCell battery need to be replaced?
Generally (subject to use and environment) a HydraCell battery will need to be replaced after 100 hours (HydraCell TC1D battery) and 120 (HydraCell TC2D battery).
As soon as the power / light output diminished markedly and is not corrected by reactivation (re-dip) of the HydraCell battery it is likely that it may need to be replaced.
Towards the end of its useful life dipping the HydraCell battery in hot water for 10 to 15 seconds can in some cases rejuvenate the battery and extend is usage slightly.
Do HydraCell batteries contain any harmful chemical residue?
No, the HydraCell battery is a clean environmentally friendly battery.
Once fully consumed a HydraCell battery (effectively a plastic case) can be disposed of like any normal recyclable product.
Any slight residue (waste build-up of Magnesium Hydroxide / long used to combat upset stomachs) from the HydraCell battery is entirely biodegradable and harmless. It is however recommended to seek medical assistance and advice should of the HydraCell battery be accidentally swallowed.
Are replacement HydraCell batteries available?
Yes, just like traditional batteries, replacement HydraCell batteries are available.
Does HydraCell employ ethical labour practices?
HydraCell is committed to conducting business in a fair and ethical manner and does not deal with any company or manufacturer employing child labour and complies with all international labour laws.
HydraCell products are produced by manufacturers that conduct themselves in a wholly ethical manner, are certified as such, and understand and fully comply with International Labour Standards and International Labour Laws.
