Waitrose recalls tuna pâté over incorrect use-by date

Waitrose recalls tuna pâté over incorrect use-by date

Waitrose has recalled tuna pâté following incorrect use-by date labelling. Affected 115g packs display 17 December rather than 17 October 2026, potentially allowing consumption beyond the product’s established safe period.


IN Brief:

  • Waitrose has recalled 115g Tuna Pâté packs labelled with an incorrect use-by date of 17 December 2026.
  • The correct date is 17 October 2026, and customers are instructed not to consume affected packs.
  • No manufacturing root cause has been disclosed, leaving the source of the date-coding error unconfirmed.

Waitrose has recalled its 115g Tuna Pâté after affected packs were found to display an incorrect use-by date of 17 December 2026, two months later than the correct date of 17 October 2026.

The recall was issued on 13 October because the incorrect marking could lead consumers to retain and eat the product beyond its established safe consumption period. Customers have been instructed not to consume affected packs and to return them to a Waitrose store for a refund.

The Food Standards Agency recall, reference FSA-PRIN-49-2026, identifies the affected product by its 115g pack size and the incorrect December date. The retailer has arranged customer notices in stores selling the product and provided further information through its customer care service.

No manufacturing site, packaging equipment supplier or specific cause of the labelling error has been identified publicly. The recall establishes that the date displayed on the affected packaging was incorrect, but it does not explain how that information entered the production or packing process.

The distinction between a use-by date and a best before date is central to the safety risk. Use-by dates are applied to foods for which consumption after the specified date may present a health risk, while best before dates principally describe the period during which a product is expected to retain its quality.

A product carrying a use-by date cannot be assumed safe after that date merely because it appears acceptable. Harmful microorganisms may be present without producing changes in smell, appearance or taste that a consumer can recognise.

The tuna pâté incident is particularly concerning because the erroneous date could encourage storage for substantially longer than intended. A package displaying 17 December would suggest a different remaining shelf life from one correctly marked for 17 October.

Food manufacturers establish shelf-life requirements using evidence relevant to the product, its processing conditions, packaging and intended storage environment. The resulting specification determines the period for which the finished food can be supplied and consumed safely when the required conditions are maintained.

Factors influencing that period can include the composition of the food, the microbiological condition of its ingredients, thermal processing, packaging integrity and temperature control. The importance of each factor varies according to the particular product and manufacturing process.

Date coding connects that shelf-life specification with the information presented on individual packs. The coding system must reproduce the correct date for the product and production run while applying characters that remain legible through distribution and handling.

Industrial packaging lines may use inkjet printers, thermal transfer equipment, lasers or preprinted labels to display dates and batch information. Each method has different requirements covering substrates, printing conditions, maintenance and the movement of packaging material.

Regardless of the method selected, legibility and correctness are separate quality requirements. A clearly printed date may still be wrong, while a correctly calculated date may be unsuitable if it cannot be read reliably on the finished package.

Inspection systems can assess the presence and appearance of printed codes. Cameras using optical character recognition may also identify the characters applied to a pack and compare them with the information expected by the production system.

The reliability of such checks depends on the reference used for comparison. If the printing equipment and inspection system both receive an incorrect date from the same data source, the inspection may confirm that the characters have been reproduced consistently without establishing that the date itself is correct.

Independent comparison with an approved product specification or production instruction can provide an additional control. The appropriate arrangement depends on how a factory manages its product information, production orders and coding equipment.

Master data describing a product’s shelf life may be held separately from the machinery that prints the information. Transferring the correct values between these systems is important because an error in product identification, date calculation or data selection can affect the information subsequently printed on packaging.

Changeovers introduce further opportunities for mismatch. A line moving between products with different shelf lives may require changes to printer settings, labels or packaging materials before the next production run begins.

Documented line clearance, verification of the first completed packs and checks during production can help identify incorrectly selected packaging or coding information. These activities must be designed around the factory’s equipment and operating procedures.

Where products are packed in several sizes or formats, the coding arrangements may also differ between lines. The correct information must remain associated with each format, even where the underlying food has been prepared through a common manufacturing process.

None of these potential failure mechanisms has been established as the cause of the Waitrose recall. The publicly available notice does not indicate whether the December date originated in preprinted material, software, equipment configuration, manual data entry or another part of the operation.

Once an incorrect date has been identified, traceability records become important for locating affected products. Production and distribution systems need to associate finished packs with relevant batch information so that manufacturers and retailers can identify stock requiring action.

The ability to distinguish affected from unaffected products depends on the completeness and accuracy of those records. A recall may need to cover a wider quantity of stock where records cannot reliably separate the products carrying incorrect information from those marked correctly.

Food withdrawal and consumer recall address different points in the distribution process. Withdrawal prevents affected products from continuing through commercial channels, while recall extends the action to customers who may already possess the food.

In the Waitrose case, the retailer has instructed consumers to return affected packs and has arranged notices for stores selling the product. The published information does not disclose how many packs were distributed, how many have been recovered or the financial cost of the recall.

Packaging quality assurance must consequently address the content of safety-critical information alongside physical pack integrity. A sealed container can meet its mechanical packaging requirements while still present a risk if its date marking incorrectly communicates the period during which the food may be consumed.

The confirmed defect is the two-month discrepancy between the printed and correct use-by dates. Without a published root-cause investigation, it would be inappropriate to attribute the failure to a particular machine, operator or manufacturing control. The immediate recall requirement is to prevent consumption of the affected product and remove incorrectly marked packs from distribution.


Stories for you


  • Waitrose recalls tuna pâté over incorrect use-by date

    Waitrose recalls tuna pâté over incorrect use-by date

    Waitrose has recalled tuna pâté following incorrect use-by date labelling. Affected 115g packs display 17 December rather than 17 October 2026, potentially allowing consumption beyond the product’s established safe period.


  • AHDB forecasts 2.2% decline in British milk production

    AHDB forecasts 2.2% decline in British milk production

    AHDB forecasts further contraction in Great Britain’s milk production volumes. Its revised October outlook projects a 2.2% decline in 2026/27 as forage shortages, lower herd numbers and higher costs constrain supply.