Information of PFAS and PFAS present in mixtures and articles Identity and quantity Please fill in the following table in the columns relevant to you with the respective information concerning your PFAS/precursor/perfluorinated precursor.

SPoerfmomraimraence Study of PFASs applied to mechanical engineering FIM/Cetim study WRITER(S): Mathieu BEN BRAHAM SIGNATURES: Technical Manager: Mathieu BEN BRAHAM Person in charge of activity supervision: Jrome RIBEYRON Performance Study of PFASs applied to mechanical engineering FIM/Cetim study CENTRE TECHNIQUE DES INDUSTRIES MCANIQUES (CETIM), 2022 ISSN 17672546 ISBN 9782-368942550 "Any full or partial reproduction or representation of this work by whatever process without CETIM's authorisation is illegal and constitutes an infringement.

please find attached to this E-Mail the draft agenda including the WebEx details for the next monthly meeting 18 May.

is addressed.

Verksamhetsledare Svenskt Vxtskydd Besksadress: Storgatan 19, Nringslivets Hus Postadress: Box 5501, 114 85 Stockholm Mobil: www.svensktvaxtskydd.se Hr kan ni lsa vr GDPR policy 2

Evaluation of Chemicals and Risk Assessment Friedrich-Henkel-Weg 1 - 25 D - 44149 Dortmund, Germany phone: fax: e-mail: 2

CEIR CEIR Answer to Echa consultation on PFAS restriction: Annex Question 7.

Application for Derogation from PFAS Restrictions for Specific Uses in BATTERIES Introduction Battery Association of Japan (BAY) represents primary and rechargeable battery industries in Japan.

NafionTM Circularity Case Study X NafionTM Ion Exchange Materials C Chemours Introduction Chemours' commitment to circularity is evident in our efforts to develop sustainable solutions, promote reduction, reuse and recycling, plus collaborate with customers and stakeholders.

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Bearing material & sliding material Application Number: Transportation (annex E.2.10), Electronics and semiconductors (annex E.2.11), Energy sector (annex E2.12) Application Name: Bearing material and sliding material Materials used in these products are PTFE (CAS No. 9002-84-0) alone, or inorganic and organic materials blended as a filler. *6) Subject to use: Bearings and sliding members *4), *5) Main fillers: There are glass fibers, carbon/graphite, carbon fibers, molybdenum disulfide, bronze, etc. *2), *3), *6) Chemicals used: Chemicals, oilless *2), *7) Use conditions: High temperature, high pressure, high speed. *2), *3) Essential conditions: To have a low friction coefficient. *1) Creep resistance, wear resistance, friction coefficient stability, seizure resistance, *2), *3) non-adhesiveness, and self-lubricity *2) Reference materials *1) Sumitomo Chemical Co., Ltd., Super Engineering Plastic "Sliding properties of Sumiploy" 1 *2) Valqua, Ltd., Research Department, Rubber Laboratory, Takaharu IKEDA "High-performance sliding material VALFLON sliding material series with filler" *3) Mitsubishi Cable Industries Review 101, April, 2004 "Influence of filler on friction and wear behavior of tetrafluoroethylene resin" *4) IIDA Co., Ltd.