11 Products
DURACELL
Your Current Vehicle
Or
Select Your Vehicle
Popular Part Types
Only part types stocked for this brand are shown.
Car Parts Categories
Browse the main catalogue areas in which this brand has matching products.
Other popular manufacturers of aftermarket automotive parts
Explore established alternatives with related products in the current catalogue.
Duracell: understand the range before choosing
Duracell is a battery brand supplying primary alkaline, specialist lithium and rechargeable nickel-metal hydride products. The current collection is an eleven-item domestic and office-power range rather than an automotive starter-battery catalogue. It includes AA, AAA, C, D, 9V, LR1, AAAA and CR1/3N sizes plus a plug-in AA/AAA charger, so the markings on the device and existing cell are more useful than appearance alone.
AutoMotoPart currently lists 11 Duracell items. The largest Duracell groups are 11 office supplies entries. Duracell totals can change, so a category count is orientation rather than proof that a particular reference suits a vehicle, workplace or job. The exact Duracell listing, its current technical information and the item in front of you must agree.
What the Duracell page actually covers
| Product group in this range | Current entries | Selection focus |
|---|---|---|
| Office Supplies | 11 | Confirm exact size, chemistry, voltage, polarity, device instructions, pack quantity and whether the cell is primary or rechargeable. |
Seven entries are grouped as domestic batteries and four as office supplies. AA and AAA appear in both four- and eight-cell packs, while the C and D products are twin packs and 9V is a single battery. LR1 is also called N or E90 in some applications, but an alias is only a search aid; CR1/3N is a 3V lithium format and must not be replaced with a 1.5V alkaline cell of broadly similar proportions.
Build a reliable shortlist
Read the device label, manual and removed battery together. Size controls physical fit, voltage and chemistry affect the circuit, terminal layout controls polarity, and a rechargeable device needs the charging system intended for that cell. Pack size is relevant only after those technical checks agree.
| Check | Why it matters | Useful evidence |
|---|---|---|
| Size code | Small dimensional differences can prevent contact or damage a holder | Full AA, AAA, AAAA, C, D, 9V, LR1 or CR1/3N marking |
| Voltage | A wrong nominal voltage can cause failure or equipment damage | Device label and current battery specification |
| Chemistry | Alkaline, lithium and NiMH have different use and charging rules | Chemistry printed on cell and charger |
| Polarity | Reversed cells can leak, heat or damage equipment | Holder symbols and terminal shape |
| Cell set | Mixed age or capacity creates uneven discharge | Matched new cells from one suitable pack |
| Safety | Loose, damaged or swallowed cells can cause serious harm | Secure storage, intact wrapper and child-resistant handling |
Do not force a battery door or bridge a loose contact with foil. If corrosion, swelling, heat or damaged insulation is present, stop using the device and follow its service guidance. In safety-critical equipment, test the complete device after replacement rather than assuming a fresh battery proves operation.
AA and AAA Plus Power packs
AA and AAA Duracell Plus Power products form the largest repeated family here, with packs of four and promotional packs of eight. The Power Boost wording identifies the current range but does not change the physical size required by the device. Replace all cells in a multi-cell set together with new batteries of the same size, chemistry and type unless the equipment maker states otherwise.
Clean, dry contacts help reliable operation. Insert each cell to the holder's plus and minus markings without crushing the wrapper or levering against a terminal. Remove batteries from equipment stored for several months and switch the device off before replacement. Keep unused cells in original packaging instead of carrying them loose in a pocket or tool bag.
C, D and 9V alkaline batteries
C and D are both cylindrical but differ considerably in diameter and capacity; this page offers a twin pack of each. Use the exact compartment and equipment requirement. Do not improvise spacers or adapters, and support a heavy battery door so its contacts are not bent when cells are inserted.
The 9V alkaline battery has snap terminals close together on one end. Loose 9V batteries need particular care because metal can bridge those terminals. Retain protective retail packaging or cover terminals appropriately for storage and recycling, keep them away from steel wool and small hardware, and never test one by touching it to the tongue.
LR1, AAAA and CR1/3N specialist formats
LR1 is a 1.5V alkaline cell also encountered under N or E90 references. AAAA is a separate slim alkaline format. Compare the full code and dimensions because neither should be selected solely from a photograph. The bulk LR1 listing contains ten packs of two, so confirm that quantity is suitable before opening or distributing the box.
CR1/3N is a compact 3V lithium cell, with DL1/3N sometimes used as a cross-reference. Match the exact device specification, not merely a claim that it can power a type of key fob. Lithium cells must be secured from children and pets; if one may have been swallowed or inserted into the body, seek emergency medical help immediately rather than waiting for symptoms.
Using the plug-in charger safely
The charger listing includes two 1300mAh AA batteries and is described for rechargeable AA and AAA cells. Confirm the exact charger model and instruction sheet because slot pairing, charge indication and supported capacities can differ. Duracell's charger guidance warns against charging alkaline, zinc-carbon, lithium or other non-rechargeable batteries.
Use it indoors in a dry, ventilated place, away from heat and combustible clutter. Check polarity, do not mix chemistries or capacities, and stop if a cell is damaged, leaking or abnormally hot. Do not cover, dismantle or use a damaged lead or plug. Unplug before cleaning and when the instructions require after charging.
Leakage, storage and disposal
A leaking battery should be treated as a chemical exposure. Ventilate, protect eyes and hands, avoid skin or eye contact and follow Duracell's chemistry-specific clean-up directions. Remove residue only with the device isolated, and let contacts dry fully before inspection. Do not reuse a swollen, corroded or mechanically damaged cell.
Store batteries at room temperature in a dry place; refrigeration is not needed. Keep original packs away from children, direct sun and conductive objects. Do not burn, puncture or dismantle cells. Use a retailer or local collection service for recycling and follow its terminal-protection requirements, especially for 9V and lithium batteries.
From identification to a checked result
| Stage | Good practice for this range | Mistake to avoid |
|---|---|---|
| Identify | Read device and removed-cell size, voltage, chemistry and polarity | Choosing from appearance or a partial alias |
| Inspect | Check holder, contacts, wrapper, expiry information and pack condition | Installing a leaking or damaged cell |
| Replace | Use a matched set and follow polarity and device shutdown directions | Mixing old and new batteries |
| Charge | Charge only supported NiMH cells in the instructed positions | Attempting to recharge alkaline or lithium primary cells |
| Verify | Close the holder, test device functions and recycle removed cells safely | Assuming power-up proves every safety function |
Record the full Duracell code and device before discarding the old cell. For alarms, remotes, keys or other infrequently checked equipment, note the replacement date and perform the manufacturer's functional test. Keep charger instructions with the charger rather than relying on the similar appearance of another model.
Reading real Duracell references
The Duracell names below are examples from the current range and show why the complete description matters. They are not universal Duracell recommendations and should not be treated as a fitment list. Within Duracell, a shared family word can conceal a different dimension, connector, material, pack format, operating condition or installation side.
| Example listing | What to verify beyond the name |
|---|---|
| Plus Power Alkaline C Batteries - Pack of 2 | C alkaline size, 1.5V device requirement, twin-pack quantity and polarity |
| Plus Power Alkaline D Batteries - Pack of 2 | D alkaline size, holder condition, matched twin pack and equipment load |
| Plus Power Alkaline 9V Battery | 9V alkaline snap terminals, device requirement and short-circuit protection |
| Duracell AA Plus Power With Power Boost - Promo Pack of 8 | AA Power Boost alkaline chemistry, eight-cell pack and matched replacement set |
| Duracell AAA Plus Power With Power Boost - Promo Pack of 8 | AAA Power Boost alkaline chemistry, eight-cell pack and correct smaller holder |
| Plug-in Battery Charger with 2x AA Batteries | Exact charger model, NiMH-only charging, slot positions, polarity and supplied AA capacity |
| Coin Cell Battery CR1/3N - Lithium 3V - Box of 10 | CR1/3N 3V lithium code, dimensions, device manual and child-safe storage |
| LR1 1.5V Alkaline Batteries - 10 Packs of 2 | LR1 or N/E90 1.5V code, ten twin-pack quantity and device compatibility |
The code is more reliable than a generic battery description. AA, AAA and AAAA differ; LR1 and CR1/3N differ in chemistry and voltage; and the charger is not permission to recharge every Duracell-branded cell. Retain the packaging until the device has passed its functional check.
Common errors around Duracell products
- Choosing a Duracell battery from shape or a partial reference without checking voltage and chemistry.
- Mixing old and new cells or different brands, capacities or chemistries in one device.
- Recharging alkaline, lithium or another primary battery in the plug-in charger.
- Carrying loose 9V or lithium batteries with coins, keys, fasteners or tools.
- Forcing an incorrect cell into a holder or reversing its polarity.
- Leaving exhausted or leaking batteries in stored equipment.
- Allowing children access to small lithium or specialist cells.
- Burning, dismantling or placing unprotected terminals into mixed loose recycling.
Duracell questions and answers
Q: What Duracell products are on this page?
A: The range includes AA, AAA, C, D, 9V, LR1, AAAA and CR1/3N batteries plus an AA/AAA charger.
Q: Are AA and AAA interchangeable?
A: No. They differ in size and must match the exact device holder and specification.
Q: What is an LR1 battery?
A: It is a 1.5V alkaline format also encountered as N or E90; verify the full device requirement.
Q: What is CR1/3N?
A: It is a compact 3V lithium cell; match its code, dimensions, polarity and device instructions.
Q: Can an alkaline battery be recharged?
A: No. Do not place alkaline or other primary cells in a rechargeable-battery charger.
Q: Which batteries can the plug-in charger accept?
A: Use only the rechargeable NiMH AA or AAA types, positions and capacities supported by its exact instructions.
Q: Can old and new batteries be mixed?
A: No. Replace a multi-cell set together with matched new batteries unless the device maker states otherwise.
Q: Why should loose 9V batteries be protected?
A: Their nearby terminals can be bridged by metal, causing heat, leakage or rupture.
Q: Should batteries be stored in a refrigerator?
A: Duracell recommends dry room-temperature storage rather than refrigeration or freezing.
Q: What should I do with a leaking battery?
A: Avoid contact, ventilate, use eye and hand protection and follow the chemistry-specific manufacturer guidance.
Q: Can a CR1/3N be selected from a vehicle name?
A: No. Key and remote designs vary, so use the exact removed-cell and device reference.
Q: How should spent batteries be disposed of?
A: Use an appropriate battery collection service and protect terminals as that service directs; never burn them.