The EU prohibits the use of Bisphenol A, other harmful bisphenols, or bisphenol derivatives in food contact materials. The detection limit must reach 1 ppb. China's JJR Laboratory can provide screening for 30+ bisphenol substances migration, all with a detection limit of 1 ppb.
On December 31, 2024, the Official Journal of the European Union officially published the Bisphenol Ban (EU) 2024/3190. The ban comes into effect on January 20, 2025, and is currently in a transition period.
The vast majority of products will be officially regulated from July 20, 2026 (a transition period of 1.5 years), while a small number of products (such as disposable fruit and seafood packaging cans, metal outer wall coatings, and professional food production equipment) have a transition period until January 20, 2028 (a 3-year transition period).
The use of Bisphenol A, other harmful bisphenols, or bisphenol derivatives is prohibited in food contact materials unless exemptions or authorizations apply. The detection limit must reach 1 ppb (1 μg/kg). Apart from the retail stage, companies must provide a Declaration of Compliance (DOC) and a list of bisphenols or bisphenol derivatives used in the manufacture of FCM.
I. Applicable Product Scope
Adhesives, rubber, ion exchange resins, plastics, printing inks, silicone, and varnishes and coatings used for food contact.
II. Regular Sample Quantity Requirements
Sheet material: 400 cm²; Containers: 4 pieces.
III. Evaluation Standard
(EU) 2024/3190
IV. Testing Items
30+ bisphenol substances migration (detection limit of 1 ppb each)
- Screening of 30+ bisphenol substances migration
- Consultation and training on EU Bisphenol Ban
- Bisphenol A testing in Europe, the US, Japan, and South Korea
▪ Equipped with advanced instruments and certified by CMA/CNAS, ensuring accurate and reliable testing data and internationally credible test reports.
▪ A team of technical experts with extensive practical experience, providing professional, fast, and comprehensive one-stop services.
▪ Scientific laboratory information management system to ensure efficient operation of each service link.
No. It includes Bisphenol A, other harmful bisphenols, and bisphenol derivatives.
EU 2024/3190 does not list specific bisphenol substances, but provides a structural diagram of bisphenols and their derivatives. In practice, there are many bisphenol substances. Typical examples include BPA, BPS, BPF, etc. (This issue is similar to perfluoroalkyl substances, PFAS.)
Not necessarily. The main difference lies in the detection limit. France: 0.1 mg/kg; EU: 1 ppb (1 μg/kg). 1 mg/kg = 1000 ppb.
High-risk materials include PC, PEI, PSU (filter membrane exempted), PESU, Bisphenol A type epoxy resin, epoxy coatings, and certain inks.
Considering the extremely low detection limit of 1 ppb, some materials may theoretically be bisphenol-free, but contamination during manufacturing cannot be ruled out. Therefore, it is recommended to screen all organic materials in the initial stage. Establish a database to identify high-risk materials. In routine testing later, focus on materials identified as high-risk.
No. Outer coatings may contaminate food via smearing or vapor transfer. However, the outer coatings have a transition period of 36 months (until January 20, 2028). Companies need to find BPA-free alternatives as soon as possible.
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