Export Permit
Lead-acid
Export Permit
Lead-acid
Export Permit
Alkaline, Li-ion, Ni-cd, Ni-mh
Export Permit
Lead-acid
Export Permit
Lead-acid
Export Permit
Alkaline, Li-ion, Ni-cd, Ni-mh
Corporate Battery Recycling
If you wish to implement a battery recycling program within
your company please contact us to discuss how we can help!
Accepted Batteries for Free of Charge
1. Li-Ion & Li-Po Rechargeable Batteries (i.e. Laptop Batteries, Mobile Phone Batteries)
2. Lead-Acid Rechargeable Batteries (i.e. Car Batteries)
Different types of batteries contain different chemicals therefore, they need to go through different recycling processes to recover the specific resources.
For this reason, we require the sorting to be done before batteries come into our warehouse. If we find batteries have not been sorted, then there will be sorting (labour) cost added.
* Mixed Batteries Sorting Fee
- $4 per KG
What Do We Charge?
1. Coin Cell Non-Rechargeable Batteries
- $6 per KG
2. Alkaline Non-Rechargeable Batteries (i.e. Primary A, AA, AAA Batteries)
- $2.5 per KG
3. Lithium Non-Rechargeable Batteries (i.e. Primary A, AA, AAA Batteries)
- $3 per KG
4. Nickel Cadmium Rechargeable Batteries (i.e. Tool Batteries)
- $1 per KG
5. Nickel Cadmium Industrial Rechargeable Batteries
- $3 per KG
6. Nickel Metal Hydride Rechargeable Batteries (i.e. Tool Batteries)
- $1 per KG
If we find batteries have not been sorted, then there will be sorting (labour) cost added.
* Mixed Batteries Sorting Fee
- $4 per KG
Battery Shipment
| Type | Human health and safety | Suggested packaging method |
|---|---|---|
| Alkaline/Zinc/Dry cell | No danger to human health and safety. Some danger if they are leaking. | Can be loosely packaged whether leaking or not. |
| NiMH | Present no dangers. | Battery packs do not need any protection when packed with those of a similar physical design. Cells that have tags with a length that is grater than the radius of the cell should have the tags removed, be individually wrapped in plastic, or have the terminals taped. |
| NiCd | As per NiMH. | As per NiMH. |
| Lithium metal | Present no dangers unless it is in a damaged state or it is dismantled. Lithium metal is highly reactive. | |
| Li-ion batteries | Present no danger if it have not been dismantled and has a non-flexible housing. | Li-ion batteries (as opposed to individual cells) generally have recessed terminals as well as output over current control and protection making them safe for transportation. The exception is batteries that are recalled that have a high likelihood of causing a fire. Can be loosely packaged. |
| Li-ion cells | Danger of fire if subjected to damage. Present no danger if discharged or in a damaged state. | Must be wrapped in a manner that prevents them from damage while in transit. At least one layer of bubble wrap per cell should be sufficient. |
| LiPo batteries | As per Li-ion batteries but a non-flexible housing may not be present. | |
| LiPO cells | As per Li-ion cells. | |
| Gel cell/VRLA | No danger unless split open due to mishandling. | Prevent the terminals from being shorted in transit by coving then in PVC tape (electrical tape). |
| Lead acid | Possible danger of acid spills if mishandled and the degree of spillage depends on whether it is zero maintenance or if it has removable caps for maintenance use. | Keep upright and prevent the terminals from being shorted in transit. |
| Button cells | Danger to health if swallowed. Keep out of reach of children. | Can be loosely packaged but it is preferable that the larger lithium cells are either placed in a metal canister, or they are prevented from being shorted used plastic film or adhesive tape. Place in a suitable plastic bag to prevent them from falling out of the package. |
Batteries contain corrosive materials and heavy metals that can contaminate the environment and harm human health. If not properly recycled, toxic substances can pose serious threats.
Primary batteries are non-rechargeable batteries that can only be used once. Secondary are rechargeable batteries which can be used over and over by recharging.
Batteries that we use every day do pose a risk of short-circuit. In order to reduce any risk of short-circuit we need to properly secure a positive terminal on a battery. The + symbol marks the positive terminal therefore, placing a piece of masking tape over the end so it does not come into contact with metal or other batteries will reduce the chance of short-circuit. All batteries should be kept safely out of reach of small children and should be stored in a cool, dry area.
Short-circuit could cause fire or explosion in extreme cases.
Batteries contain resources such as steel, manganese and zinc which can be recycled. By recycling these resources, our consumption of natural resources are reduced.