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EPTIS Ringversuch Nr. 213451 | Letze Änderung 2024-11-08 | URL: https://www.eptis.bam.de/pts213451 https://www.eptis.bam.de/pts213451

Name des Anbieters
Name des Anbieters DRRR - Deutsches Referenzbüro für Ringversuche und Referenzmaterialien GmbH DRRR - Deutsches Referenzbüro für Ringversuche und Referenzmaterialien GmbH
Ansässig in Germany
Sprache(n) German/English
Anmerkungen The testing for the overall migration of a plastic is extremely important if the conformity of the plastic has to be confirmed. This proficiency testing offers you the posibility to show your competence regarding overall migration by one-sided contact, by total immersion, by filling of the article, into fatty food simulants (“substitute tests”), at high temperatures and by rapid extraction into fatty food for relevant food simulating matrices. 1-Octen has an SML value of 15 mg/kg. The ability to determine the presence of 1-Octen and contents around the SML-value reliably can be proofed and certified with this proficiency testing. MEG and DEG have an SML value of 30 mg/kg. The ability to determine contents of MEG and DEG around the SML-value reliably can be proofed and certified with the corresponding two proficiency testing rounds. Migration of chemical substances from the packaging material into the food is regulated according to EU regulation 10/2011. Especially the reports reports of Bisphenol A (BPA), having migrated for example from polycarbonate baby bottles into the infant milk formula awoke public interest. As a result some countries prohibit BPA releasing articles which are intended to be used for infants and children under the age of three. Migration of chemical substances from the packaging material into the food is regulated according to EU regulation 10/2011. Formaldehyde has an SML value of 15 mg/kg. The ability to determine the presence of formaldehyde and contents around the SML-value reliably can be proofed and certified with this proficiency testing. A lot of toxin producing and spore-forming yeasts and moulds ubiquitous occur in the environment and the air and can be analytically detected in different foodstuffs. This proficiency testing is designed because yeasts and moulds are also important as an industrial hygienic parameter as part of determination of surface germ count during the production of foodstuffs.
Klassifizierung
Produktgruppen Package for goods distribution
Plastics
Prüfgebiete Analytical chemistry
Microbiology
Sensory testing
Technische Einzelheiten
Prüfobjekt Prüfeigenschaft Prüfmethode
Foil packaging Moulds -
Aerobe bacteria -
Packaging acc. to DIN 10955 Sensory impression intensity estimation
descriptive testing
threshold value examination off-flavour
Consumer goods Vinyl chloride monomer -
the following phthalates: -
DBP -
BBP -
DEHP -
DNOP -
DINP -
DIDP -
Plastic films specific migration of the following parameters: -
Ethylene glycol in food simulating matrix: ethanol 10%, 20%, 50%, acetic acid 3%, distilled water, vegetable oil EN 13130-7
Di-ethylene glycol in food simulating matrix: ethanol 10%, 20%, 50%, acetic acid 3%, distilled water, vegetable oil EN 13130-7
Caprolactam in food simulating matrix: ethanol 10%, 20%, 50%, acetic acid 3%, distilled water, vegetable oil EN 13130-16
1-octen in food simulating matrix: ethanol 50%, 95%, vegetable oil EN 13130-26
Acrylonitrilein food simulating matrix: ethanol 10%, acetic acid 3%, distilled water, olive oil EN 13130-3
Terephthalic acid in food simulating matrix: Ethanol 10%, 50%, acetic acid 3%, distilled water, vegetable oil EN 13130-2
Bisphenol A in food simulating matrix: distilled water, acetic acid 3%, ethanol 15%, olive oil DIN CEN/TS 13130-13
Formaldehyde in food simulating matrix: distilled water, acetic acid 3%, ethanol 15%, olive oil DIN CEN/TS 13130-23
Melamine in food simulating matrix: ethanol 10%, acetic acid 3%, distilled water, vegetable oil -
Vinyl acetate in food simulating matrix: ethanol 10%, acetic acid 3%, distilled water, olive oil DIN CEN/TE 13130-9
Acrylamide in food simulating matrix: ethanol 10%, acetic acid 3%, distilled water, olive oil DIN CEN/TE 13130-10
Acrylonitrile trimers -
Primary aromatic amines in distilled wter, 3% acetic acid, simulant ethanol 10% and ethanol 15% -
CAS 119-93-7 (3,3'-dimethylbenzidine) -
CAS 91-59-8 (2-napthylamine) -
CAS 106-47-8 (4-chloroaniline) -
CAS 90-04-0 (2-methoxyaniline) -
CAS 91-94-1 (3,3'-dichlorobenzidine) -
CAS 62-53-3 (aniline) -
CAS 92-87-5 (benzidine) -
CAS 95-53-4 (o-toluidine) -
Ethylenediamine -
Hexamethylenediamin -
Metals in simulant acetic acid 3%, water -
Iron -
Lead -
Chromium VI -
Chromium -
Cadmium -
Arsenic -
Antimony -
identification of the material: mono-layer or multi-layer or PA types or microplastic -
overall migration parameters: -
from one sided contact in food simulating matrix: ethanol 10%, 20%, 50%, acetic acid 3%, distilled water, vegetable oil EN 1186-5, EN 1186-4
from total immersion in food simulating matrix: ethanol 10%, 20%, 50%, acetic acid 3%, distilled water, vegetable oil EN 1186-2, EN 1186-3
from article filling in food simulating matrix: ethanol 10%, 20%, 50%, acetic acid 3%, distilled water, olive oil EN 1186-9; EN 1186-8
from fatty foodstuffs ("substitute tests") in food simulating matrix: ISO-octane, ethanol 95% EN 1186-14
from high temperatures in food simulating matrix: olive oil EN 1186-13
from potential by rapid extraction in food simulating matrix: ISO-octane, ethanol 95% EN 1186-15
from synthetic samples in simulating matrix: ethanol 10%, 20%, 50%, acetic acid 3%, distilled water -
overall migration by usin Tenax (MPPO) as a simulant EN 1186-13
overall migration (pouch) EN 1186-7, EN 1186-6
overall migration (fatty test food) (substitute test, one-sided contact) -
Melamine content -
contaminants in recycled PET -
residual solvents DIN EN 13628-2
Antioxidants -
Perfluorinated Compounds -
silicone - siloxanes -
Materials in contact with drinking water - leachable organic substances EN 15768
Plastic granules Identification -
Mineral water Acetaldehyde -
Plastics Bisphenol A monomer -
1,3 butadiene monomer -
PAH -
CAS 53-70-3 (dibenz(ah)anthracene) -
CAS 50-70-3 (benzo(a)pyrene) -
CAS 192-97-2 (benzo(e)pyrene) -
CAS 205-82-3 (benzo(j)fluoranthene) -
CAS 207-08-9 (benzo(k)fluoranthene) -
CAS 205-99-2 (benzo(b)fluoranthene) -
CAS 218-01-9 (chrysene) -
CAS 56-55-3 (benzo(a)anthracene) -
CAS 120-12-7 (anthracene) -
CAS 91-20-3 (naphthalene) -
Elemental determination in plastics by X-ray fluorescence analysis (XRF) nickel
copper
lead
zinc
Silicone Food Contact Material gravimetric determination of the volatile fractions -
Screening SVHC -
NIAS -
Ringversuchsziele
Zielgruppe des Ringversuchs all laboratories
Relevante Rechtsvorschriften oder Normen
Weitere Ziele validation of testing methods
Teilnehmerzahl Not yet known
Anbieter unabhängig überprüft (akkreditiert, benannt, anerkannt)

Akkreditiert durch A2LA (USA) and DAkkS (Germany) auf der Grundlage von ISO/IEC 17043

Die Durchführung des Ringversuchs ist in Auftrag gegeben durch
Kosten
Teilnahmegebühr 310-617 Euro, depending on sample and parameters
Regelmässig durchgeführt Ja (several times p.a., dep. on sample and parameters)
Der Ringversuch wird durchgeführt seit 2010-2017, 2020, 2021, 2023,2025
Kontaktdaten des Anbieters
Anbieter Kontaktperson
DRRR - Deutsches Referenzbüro für Ringversuche und Referenzmaterialien GmbH
Reinhartser Straße 31
87437 Kempten
Germany

Telefon: +49 (0) 831/960 8780
Fax: +49 (0) 831/960 87899
Web: http://www.drrr.de http://www.drrr.de
Dr. Ulrich Leist
Telefon: +49 (0) 831/960 87878
Fax: +49 (0) 831/960 87899
E-Mail: info@drrr.de info@drrr.de
Haben Sie einen Fehler entdeckt? Bitte wenden Sie sich an den zuständigen EPTIS Koordinator für Germany, Mr Johannes van de Kreeke. Mr Johannes van de Kreeke.
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Anwendungsversion: 1.23-SNAPSHOT.20230502124635-7925ae379a631fc1ececff45d2921c8db38877d5