Food Safety Incidents

Peroxide Value And Peroxidation Exceeded has been detected in Nobede rice cake snack.

Written by SGS Digicomply Editorial Team | Feb 27, 2026 11:00:00 PM

Food Safety Alert: Contaminants Detected in Rice Cake Snack

Date: February 9, 2026

Recent testing has revealed that the peroxide value and peroxidation levels in a rice cake snack have exceeded acceptable limits. This incident has been reported by the State Administration for Market Regulation, indicating a potential food safety concern related to contaminants.

The issue originates from South Korea, where the rice cake snack was produced. Elevated peroxide levels can indicate the presence of rancidity, which may compromise the safety and quality of the product. Consuming food items with high peroxide values can pose health risks, including gastrointestinal discomfort and other adverse effects.

Consumers are advised to exercise caution and refrain from consuming the affected rice cake snack. It is essential to stay informed about food safety alerts and to check for any recalls or advisories issued by relevant authorities.

Food safety is paramount, and it is crucial for manufacturers to adhere to strict quality control measures to prevent such incidents. Regular monitoring and testing of food products can help ensure that they meet safety standards and are safe for consumption.

For further information, consumers should consult local food safety authorities and stay updated on any developments regarding this incident.

  • Incident: Peroxide Value And Peroxidation Exceeded has been detected in Nobede rice cake snack.
  • Date: 2026-02-09
  • Product: Nobede rice cake snack
  • Market: Available to SGS Digicomply users only. Explore the platform (for enterprises, no individual plans)
  • Origin of issue: South Korea
  • Hazard: Available to SGS Digicomply users only. Explore the platform (for enterprises, no individual plans)
  • Incident Category: Control
  • Hazard Category: Contaminants
  • Source: State Administration for Market Regulation