Europaudvalget 2022-23 (2. samling)
EUU Alm.del
Offentligt
Molinetto di Mazzano, 31/08/2021
.
Kind attention:
Mr. Martijn Beekman - Netherlands
Dr. Mandy Lokaj - Germany
Mrs. Jenny Ivarsson - Sweden
Mr. Toke Winther - Denmark
Mr. Audun Heggelund - Norway
Mr. Mark Blainey - ECHA
Through:
Pro-K Industrieverband Halbzeuge und Konsumprodukte aus Kunststoff e.V. (pro-K), Städelstr. 10, 60596,
Frankfurt am Main, Germany
The members of pro-K mainly focus on processing of Fluoropolymers, part manufacturing and its applications, the
involvement of downstream users in PFAS process.
Subject:
PFAS restriction proposal & request for exemption of FLUOROPOLYMERS
Reference:
PFAS - Registry of restriction intentions until outcome (RoI) dated 15
th
July 2021
Dear Sir/Madam,
With regards to Registry of Intention (RoI) filed by 4 EU Member States (Germany, the Netherlands, Sweden, and
Denmark) & Norway for the restriction of PFAS, we, a member of fluoropolymer downstream user industry, hereby,
would like to share some salient facts related to the importance of fluoropolymers, critical functionalities, perfor-
mance and benefits of its applications to society, while acknowledging concerns regarding PFAS emissions related to
the use of fluoropolymers and their end of life.
Registry of Intention for PFAS restriction was announced by ECHA on 15
th
July 2021, to prepare a restriction proposal
for PFAS. Fluoropolymers are also included in the scope. The restriction proposal is intended to be submitted to ECHA
by 15
th
July 2022.
Fluoropolymers are a distinct subset of PFAS and are inherently safe, non-mobile, non-bio accumulative and non-
toxic. Fluoropolymers are different from other PFAS as they
do not share the toxicological and environmental pro-
files
associated with PFAS of concern. Fluoropolymers have
unique set of physicochemical properties,
they meet
OECD polymer of low concern criteria, and are considered to have
insignificant environmental and human health
impact.
Fluoropolymers ensure safety, reliability, durability and critical performance in numerous technologies, industrial
processes and everyday applications that are important for human health, safety, and the environment. With a
unique combination of functionalities, fluoropolymers are irreplaceable across many key sectors/applications. Alter-
natives to fluoropolymers, if exist, escalate safety risks, carbon footprint, technology regression, and do not match
the advanced performance of fluoropolymers. Most importantly, restriction on fluoropolymers will make EU industry