Technische Information Dy neo nTM PFA 6502T Z Fluorthermoplast M erk male Breites TemperaturVerarbeitungsfenster Verbesserte Entformungseigenschaften Verbesserte Spannungsribestndigkeit Glatte Oberflchen Hohe Transparenz Bevorzugte Verarbeitungsmethoden: Transfermolding und Extrusion T y pisc he Eigensc haf ten* Eigensc haf ten Dichte Schmelzpunkt MFI (372 C/5 kg) LOI T estmetho de DIN EN ISO 12086 DIN EN ISO 12086 DIN EN ISO 1133 ASTM D2863 Einheit g/cm3 C g/10 min % W ert 2,15 310 2 > 95 M ec hanisc he Eigensc haf ten an gesinterten Fo rmk rpern* Hrte ASTM D2240/ISO 868 60 Shore D Reifestigkeit DIN EN ISO 527-1 MPa 30 Reidehnung DIN EN ISO 527-1 % 380 Biege E-Modul ASTM D790 MPa 550 * Mittelwerte A llgemein DyneonTM PFA 6502T Z Fluorthermoplast, ist ein neuer Fluorthermoplast, der sich durch ein stark verbreitertes Verarbeitungsfenster auszeichnet.

Pmraottteecrts.what 3MTM NovecTM 1230 Fire Protection Fluid You're not just safeguarding people, buildings, equipment and operations, you're helping preserve the world we live in.

Comments on Annex XV Restriction Report on Per- and polyfluoroalkyl substances (PFAS) 1.

Mintel GNPD Global Market: 204.818 Total amount of cosmetic products launched during last 5 years (within Beauty & Personal Care, without cleansers and nail enamel removers) 14.428 dem, containing "peptides" (Mintel Chemical Class group) 60% 8.657 dem, containing n-peptide-X INCI names (obtained through SPPS) 4,23% from total cosmetic products launched EU Market: 81.992 Total amount of cosmetic products launched during last 5 years (within Beauty & Personal Care, without cleansers and nail enamel removers) 5.745 dem, containing "peptides" (Mintel Chemical Class group) 60% 3.447 dem, containing n-peptide-X INCI names (obtained through SPPS) 4,20% from total cosmetic products launched ure

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3rd submission - Comment on Proposed Restriction of PFAS Conference of Fluoro-Chemical Product Japan (FCJ) (Regarding the requirement to provide information in paragraph 7) In paragraph 7 of the proposed restriction, the information requirement for derogated applications in paragraph 5 and 6 states that article manufacturers and importers need to provide information related to the identification of substances placed on the market.

Auswirkungen einer Beschrnkung von Fluorpolymeren auf Handelsunternehmen und ihre Rolle in der Lieferkette ITS GmbH Stellungnahme zum BESCHRNKUNGSBERICHT ANHANG XV ber per- und polyfluorierte Alkylsubstanzen (PFAS) Zusammenfassung ITS GmbH versteht sich als kompetenter Partner zur Optimierung der Beschaffungsprozesse ihrer Kunden.

What we knew at the start Microplastics: Typically refer to solid particles (including fibres) made from synthetic polymers < 5mm in size Secondary MPs formed as larger pieces of `plastic' degrade/abrade Litter (SUPs, fishing gear, bottles, nurdles), synthetic clothing, tyre abrasion Primary MPs in various types of products added for achieving specific functionalities Beads, encapsulates, flakes, powders, crumbs 2 Sector-specific impact assessment Quantities and emissions in scope Alternatives and costs to develop them Other costs (e.g. foreseeable profit losses) Cost/effectiveness ratios (comparing substitution cost vs emissions) Sectors very diverse in terms of substitutability Different restriction proposals for sectors (ban, conditional derogations, mandatory instructions, mandatory reporting, grace periods) 5 Overall proportionality argumentation Use volumes and emissions in scope Effectiveness of emission abatement Marginal abatement cost curve Theoretical considerations 8 Marginal abatement cost curve 10 Further theoretical arguments Option value theory `first act, then learn' rather than `first learn, then act' Builds on the justified assumption that emissions are irreversible we will learn a great deal more about the harmfulness of MPs in the environment in the near term future Option value is net value resulting from the avoidance of irreversible emissions conditional on learning about the actual harmfulness of MPs 11 Conclusions Clear definition of MPs has helped us Early identification of sectors/uses has helped us Providing an analysis of restricting infill material during opinion making was tedious Focus on C/E has made impact assessment comparable across uses Benefits hard to quantify, discussed qualitatively Good to have theoretical arguments that underpin proposed actions but did not get a lot of attention 12

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Lab Na L 1538 TABLE OF CONTENTS SBRTC-2015-1052-5 SUMMARY 4 INTRODUCTION 5 MATERIALS 5 METHODS 6-7 DEVIATIONS 7 RESULTS 7 CONCLUS ION 8 RECORD STORAGE 8 PHOTOGRAPH OF THE TEST ARTICLE 8 Page 3 of 8 SHANGHAI BIOMATERIALS RESEARCH & TEST CENTER Add: 201, Building 2, No 427 Jumen Road, Shanghai, China Zip Code: 200023 TEL: 0086-21-63034903 FAX: 001111.1 Web site: www.sbrtc.com E-mail: 163.com Lab Nn L 1538 SBRTC-2015-1052-5 INTRODUCTION The test article was conducted to determine whether leachables from the test extract would cause hemolysis in vitro.

Technische Daten Polypropylen (PP) Eigenschaften Die Steifigkeit und Festigkeit von PP liegen zwischen denen von PE und den ,,technischen" Kunststoffen wie ABS.

Non-confidential version of Attachment to Missing Use: Chemical Industry 1.

ECHA comment 6 / Information on alternatives and socio economic impacts for missing uses and resulting emissions Aircraft wires Direct import of our products constitute approximately 10 Tons of fluoropolymers per year for this application.

Comments for Annex XV restriction report Substance name Per- and polyfluoroalkyl substances (PFAS) EC Number CAS Number Scope Restriction on the manufacture, placing on the market and use of PFASs.

VON ARDENNE Branche: Hochtechnologie / Vakuumbeschichtungen Maschinenbau Hauptsitz: Dresden/Sachsen Standorte: Weltweit 7 Standorte in Europa, Asien und Nordamerika Mitarbeitende in Deutschland: ca. 1.000 Mitarbeitende weltweit: ca. 1.200 Stellungnahme der VON ARDENNE zur "Consultation on a proposed restriction on the manufacture, placing on the market and use of per- and polyfluoroalkyl substances (PFAS)": Verwendung von PFAS bei VON ARDENNE: Die Gruppe der Per- und Polyfluoralkylsubstanzen (PFAS) ist uerst vielfltig und hat einen sehr breiten Anwendungsbereich: Sie kommen in Alltagsprodukten wie Kosmetika, Regenjacken und Pfannenbeschichtungen vor.