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iPad Air 4/5 Replacement Battery A2288 7606mAh 3.83V Wholesale Supplier

The ESC A2288 is a 3.83V 7606mAh replacement battery developed for compatible iPad Air 4th and 5th generation repair and refurbishment projects. As an iPad Air battery supplier and OEM iPad battery manufacturer, ESC supports repair centers, refurbishers, wholesalers, distributors and private-label battery brands.

The declared specification provides approximately 29.13Wh of nominal energy. Each production batch is checked according to applicable quality-control procedures for capacity, voltage, internal resistance, connector configuration and protection performance.

ESC supports samples, mixed-model wholesale orders, customized battery labels and OEM packaging. Please confirm the exact iPad model number, original battery configuration, connector, polarity and dimensions before ordering.

iPad Air 4/5 Replacement Battery A2288 7606mAh 3.83V Wholesale Supplier






Why Choose ESC

Choose ESC as your iPad Air battery supplier and OEM iPad battery manufacturer for professional repair, refurbishment and wholesale projects. We support samples, mixed-model wholesale purchasing, customized battery labels, barcode labels and private packaging. Each applicable production batch is inspected for key electrical and physical parameters, while a 12-month warranty and battery-compliant international shipping support professional B2B sourcing requirements.

iPad Air battery supplierQuick Specifications

Item Specification
Product Name iPad Air 4/5 Replacement Battery
Battery Reference A2288
Compatible Device Family iPad Air 4th Generation / iPad Air 5th Generation
Battery Type Rechargeable Lithium-Ion Battery Pack
Capacity 7606mAh
Rated Voltage 3.83V
Nominal Energy Approx. 29.13Wh
Protection Overcharge, Over-Discharge, Short-Circuit Protection
Cell Condition Brand-New Cells
Warranty 12 Months
Sample Available
MOQ Confirm according to model mix and packaging requirements
OEM Service Custom Battery Label, Barcode and Packaging
Documents CE, RoHS, MSDS, UN38.3, subject to exact product file
Shipping Battery-Compliant Air, Sea or Approved Logistics Channels

What Is the iPad Air 4/5 A2288 Replacement Battery?

The A2288 is a 3.83V 7606mAh rechargeable lithium-ion replacement battery developed for compatible iPad Air 4th and 5th generation repair and refurbishment projects. As an iPad Air battery supplier and OEM iPad battery manufacturer, ESC provides wholesale supply, samples, private-label customization and packaging options for repair centers, refurbishers and distributors.

Key Features

  1. 7606mAh Declared Capacity — 3.83V specification providing approximately 29.13Wh of calculated nominal energy.
  2. iPad Air 4/5 Application — Developed for compatible 4th and 5th generation iPad Air repair and refurbishment projects.
  3. Integrated Battery Protection — Includes overcharge, over-discharge and short-circuit protection.
  4. Production Quality Inspection — Applicable inspections cover capacity, voltage, internal resistance, connector configuration and appearance.
  5. OEM & Wholesale Supply — Supports samples, mixed-model orders, private labels, barcode labels and customized packaging.

Compatible Models

Device Generation Model Number Version Battery Reference
iPad Air 4th Generation A2316 Wi-Fi A2288
iPad Air 4th Generation A2324 Wi-Fi + Cellular A2288
iPad Air 4th Generation A2325 Wi-Fi + Cellular A2288
iPad Air 4th Generation A2072 Wi-Fi + Cellular A2288
iPad Air 5th Generation A2588 Wi-Fi A2288
iPad Air 5th Generation A2589 Wi-Fi + Cellular A2288
iPad Air 5th Generation A2591 Wi-Fi + Cellular A2288

Compatibility Notice: A2288 is the ESC battery reference, not the iPad device model number. The original battery structure, connector, polarity and dimensions should be confirmed before sample testing or bulk ordering.

Applications

Tablet Repair Centers
For professional repair businesses replacing compatible iPad Air 4 and 5 batteries affected by reduced runtime, rapid battery drain, poor charge retention or unexpected shutdown.

iPad Refurbishment Companies
Suitable for businesses repairing, grading and reselling used iPad devices for refurbished and secondary-device markets.

Replacement Parts Wholesalers
Designed for B2B suppliers distributing tablet batteries and electronic spare parts to repair shops and regional service networks.

E-Commerce Spare Parts Sellers
Suitable for professional online sellers requiring model-based inventory, barcode labeling and customized retail packaging.

Private-Label Battery Brands
Supports qualified buyers requiring customized battery labels, barcodes and packaging for their own replacement-battery brands.

Original Battery vs. ESC A2288 Replacement Battery

Comparison Original Battery When New Aged Original Battery ESC A2288 Replacement Battery
Product Role Factory-installed battery Original battery after extended use Compatible replacement battery
Device Generation Factory matched Already installed Developed for compatible iPad Air 4/5 applications
Energy Reference 28.6Wh Originally 28.6Wh Approx. 29.13Wh calculated nominal energy
Capacity Public mAh value not stated in referenced device specification Usable capacity may decline 7606mAh declared
Rated Voltage Original configuration Original configuration 3.83V
Battery Condition New Chemically and electrically aged New replacement battery
Internal Resistance Lower when new May increase with aging Inspected according to production requirements
Runtime Normal when new May decrease with aging Designed to restore usable battery-powered operation
Protection Factory battery management Original system with aged cells Integrated battery protection
Warranty Original device warranty terms Usually expired 12 months
OEM Branding No No Available for qualified OEM orders
Installation Factory installed Already installed Professional replacement recommended

Important: ESC A2288 is a compatible replacement product and is not manufactured, endorsed or authorized by Apple. The difference between the original 28.6Wh reference and the replacement battery's calculated 29.13Wh nominal energy should not be interpreted as guaranteed longer runtime.

Customer FAQ

1. Is the A2288 battery compatible with iPad Air 4?
It is developed for compatible iPad Air 4th generation repair applications, including device model references A2316, A2324, A2325 and A2072. Battery structure, connector and dimensions should be verified before ordering.

2. Is it compatible with iPad Air 5?
It is also intended for compatible iPad Air 5th generation applications, including device model references A2588, A2589 and A2591. Compatibility verification is recommended before sample or bulk purchasing.

3. What does A2288 mean?
A2288 is ESC's battery product reference. It should not be confused with the model number used to identify the iPad itself.

4. What is the battery capacity and voltage?
The declared specification is 7606mAh at 3.83V, equivalent to approximately 29.13Wh of calculated nominal energy.

5. Does this battery guarantee longer runtime than the original battery?
No specific runtime increase should be guaranteed based solely on the stated Wh difference. Actual runtime depends on battery performance, screen brightness, connectivity, applications, processor load, temperature and device condition.

6. Does the battery include protection functions?
Yes. The battery includes integrated protection designed to manage overcharge, over-discharge and short-circuit conditions.

7. Is each battery inspected before shipment?
Applicable production and outgoing inspections cover relevant parameters including capacity, voltage, internal resistance, connector configuration and appearance.

8. Can I order samples before placing a wholesale order?
Yes. Samples are available for compatibility and performance evaluation before larger purchasing programs.

9. Do you support OEM and private-label orders?
Yes. OEM options include customized battery labels, barcode labels, retail boxes and outer cartons, subject to order requirements.

10. What certification documents and shipping options are available?
CE, RoHS, MSDS and UN38.3 documentation may be available according to the exact product file. Battery-compliant air, sea and approved logistics channels are supported according to order and destination requirements.

Our Factory

Since 2016, ESC has served B2B buyers with replacement batteries and charging products. We offer 3,000+ models for iPhone, Android phones, tablets and laptops, with flexible MOQs, lead times within seven days and a customer-reported defect rate below 1%. Since 2022, we have developed private-mold fast-charging power banks with broad protocol compatibility and thermal control. ESC supports brands, wholesalers, refurbishers and repair chains with OEM/ODM, certification and production services.

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Our Certificates

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OEM & ODM Battery Order Process

  1. 01

    Customer Inquiry & Requirement Confirmation

    Confirm battery models, capacity, quantity, target market, certification and customization requirements.

  2. 02

    Quotation

    Provide a detailed quotation based on product specifications, order quantity, packaging and delivery requirements.

  3. 03

    Customization Details Confirmation

    Confirm customized labels, barcodes, silk-screen artwork, logo printing, packaging and other branding details.

  4. 04

    Order Confirmation

    Finalize product specifications, quantities, unit prices, payment terms, delivery schedule and shipping method.

  5. 05

    Deposit Payment

    The customer pays the agreed deposit so that materials and production can be arranged.

  6. 06

    Production Arrangement

    Arrange material preparation, battery assembly, quality inspection, aging tests, packaging and order completion.

  7. 07

    Balance Payment

    The customer pays the remaining balance after production is completed and the order details are confirmed.

  8. 08

    Shipment

    Arrange shipment by an approved air, sea, railway or express channel according to the destination and order requirements.

  9. 09

    Delivery & Receipt Follow-Up

    Provide shipping documents and tracking information, and follow up until the customer receives the goods.

  10. 10

    24/7 After-Sales Support

    Provide responsive technical assistance, quality-issue analysis and after-sales solutions after delivery.

How to Choose a Reliable Replacement Battery Supplier

Evaluate cell quality, testing capability, assembly details, production consistency and installation support before purchasing smartphone, tablet or laptop replacement batteries.

Verify Battery Model Coverage and Compatibility

Choose a supplier with broad coverage for smartphone, tablet and laptop batteries. Confirm the original battery code, device model, connector position, dimensions, rated voltage and system compatibility before ordering.

A supplier with an established model database can reduce incorrect shipments, installation problems and compatibility-related returns.

1

Check the Quality of Cells and Electronic Components

Battery quality starts with the raw materials. Ask the supplier about:

  • Battery-cell manufacturer and grade
  • Actual cell capacity
  • Cell cycle life
  • PCB and protection-chip solution
  • Connector and flex-cable quality
  • Traceability of key components

Reliable suppliers should use graded cells rather than selecting components only by the lowest price.

2

Review Incoming Material Inspection and Cell Grading

Cells should be tested and grouped according to:

  • Capacity
  • Voltage
  • Internal resistance
  • Self-discharge
  • Thickness and dimensions
  • Appearance

Proper cell grading improves consistency between batteries from the same production batch and reduces abnormal runtime, swelling and early failure.

3

Require Complete Electrical and Compatibility Testing

A professional supplier should test more than the open-circuit voltage. Quality verification should include:

  • Charging and discharging performance
  • Actual capacity
  • Battery current
  • Protection functions
  • Cycle count and battery data
  • Fuel-gauge parameters
  • Device compatibility
  • Temperature performance

Professional battery testers can perform charging, discharging, current calibration and precise parameter comparison, helping identify batteries whose measured data does not match the approved specification.

4

Evaluate Automation and Production Consistency

Automated production processes normally provide better consistency and higher capacity than heavily manual assembly.

Important processes may include:

  • Automatic cell sorting
  • Automatic welding
  • Automatic PCB testing
  • Automatic adhesive application
  • Barcode traceability
  • In-line functional inspection

Automation does not replace quality control, but it helps reduce variation caused by manual positioning, welding and assembly.

5

Inspect Assembly Details

Small assembly details have a major effect on installation efficiency and product reliability.

A well-finished battery should include:

  • Pre-applied battery adhesive
  • Dust-proof protective film
  • Protective sleeve around the flex cable
  • Fixed flex-cable position
  • Stable connector orientation
  • No loose or moving battery cable
  • Clean edges and accurate dimensions

These details reduce flex-cable damage, dust contamination, installation movement and incorrect connector alignment.

6

Confirm In-Process and Final Quality Inspection

The supplier should conduct inspection throughout production rather than checking only finished goods.

Recommended checkpoints include:

  • Incoming material inspection
  • Cell grading
  • PCB and BMS testing
  • Welding inspection
  • Assembly inspection
  • Capacity testing
  • Aging testing
  • Appearance inspection
  • Packaging inspection
  • Final random inspection

Ask whether inspection data can be traced back to the production batch.

7

Compare Capacity Claims, Defect Rate and Certification

Do not select batteries based only on the highest printed capacity.

A credible supplier should provide:

  • Tested capacity data
  • Clear rated voltage and energy
  • Customer-reported defect rate
  • Warranty policy
  • CE, RoHS, FCC, MSDS and UN38.3 documentation where applicable
  • Model-specific certification support

Exaggerated capacity labels without matching cell space, weight and test data are a significant purchasing risk.

8

Follow Correct Battery Installation Procedures

Even a qualified battery can fail if it is installed incorrectly.

Before installation:

  • Discharge the original battery below 25%
  • Power off the device
  • Use non-metallic opening tools
  • Disconnect the battery before handling other internal components
  • Avoid puncturing, bending or crushing the cell
  • Remove the protective film from the adhesive correctly
  • Align the battery and connector before pressing it into place
  • Confirm that the flex cable is not folded, stretched or trapped
  • Reinstall screws and brackets in their original positions
  • Test charging, battery recognition and device functions before final sealing

The installation guide specifically warns that a charged lithium-ion battery may catch fire or explode if punctured, and instructs technicians to power off the phone before disassembly.

9

Contact Us

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Minimum Order: 10 Units
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