use for Table 1, Comparison of required property values for cables for industrial and transportation equipment in various applications Required characteristics Embrittlement test at low Long-term heat resistance temperature Tensile strength Tensile elongation Oil resistance Flexural modulus Wire harnesses for automotive Precision sensor cables for fuel Motor lead wires Power cable for ship Cooking Appliances (microwave ovens, refrigerators, etc.)

ERELT7 7A RY v~--trkett #HP 201944848 Sen BARMERFA-- FHEIKF PY -- T299-0266 FHI TEN 9 Fie 1 S~FT RBREHeE PTFE.

JAF [Q] [A] FR4WD EVPHV FR4WD MTAT ATF FF FFFR4WD 2 ATF EVPHV JAF FF4WD MTATAT MT 201302 LINE Q&A JAFFacebook JAFTwitter Cookie 105-0012 1-1-30 2023 All rights reserved.

0.00 PTFE Based CCL -0.20 Other Based CCL Insertion Loss(dB/cm) -0A0 -0.60 -0.80 -1.00 0.0 20.0 40.0 60.0 frequency(GHz) SO 0 Fig 2.Transmission Loss of PTFE CCL and Other CCL

EN GREBLON INS SolGel GREBLON INS SolGel 100 is a ceramic coating that primarily excels with its hard surface and excellent abrasion resistance.

JFPA01 Tables and Images Cross reference - Comment Section 6: Missing Uses Section (a) 6: Missing Uses Section (b) 1.

KION GROUP Page 1 KION GROUP do STILL SAS 16 Bd Michael Faraday I 77716 MARNE LA VALLEE -- CEDEX 4 I France Contribution to PFAS consultation submitted by Dr.

Chemical Compatibility Reference Chart Polyethylene / LDPE / HDPE The chemical compatibility of LDPE and HDPE on this chart is tested at 20C and 50C for 7 days and 30 days (if applicable) with constant exposure.

CORE HISTOLOGY CONSUMABLES LEICA DB80 & 800 BLADE SERIES THE MICROTOMIST'S BLADE CORE HISTOLOGY CONSUMABLES EXPERIENCE THAT COUNTS Created with microtomists for microtomists, we offer a wide variety of products in routine histopathology.

HONEYWELL GmbH Strahlenbergerstrasse 110-112 63067 Offenbach, Germany www.honeywell.com Annex II - Lists of PFAS substances containing in components of gas detection instruments. 1) List of PFAS substances used in gas detection instruments.

f Teflon PTFE fluoropolymer resin Properties Handbook Table of Contents Introduction .....................................................................................................................1 Typical Properties .......................................................................................................1 Patents ..........................................................................................................................1 Effects of Processing ......................................................................................................1 Dielectric Strength ......................................................................................................3 Tensile Strength and Ultimate Elongation ...............................................................3 Specific Gravity ...........................................................................................................4 Macroscopic Flaws ......................................................................................................4 Microscopic Voids .......................................................................................................5 Visual Inspection .....................................................................................................5 Dye Penetrants ........................................................................................................5 Specific Gravity Comparisons ....................................................................................5 Crystallinity and Molecular Weight ...........................................................................5 Practical Crystallinity Limits .......................................................................................5 How to Specify Typical Fabricated Parts ..................................................................6 Suggested Test Methods for Various Shapes ..........................................................6 Strength and Stiffness ...................................................................................................8 General Characteristics ...............................................................................................8 Design Considerations ................................................................................................8 Strength and Stiffness ................................................................................................8 Tensile Stress ..............................................................................................................9 Compressive Stress ....................................................................................................9 Shear Stress.................................................................................................................9 Poisson's Ratio ............................................................................................................9 Modulus of Elasticity ..................................................................................................9 Creep and Cold Flow ....................................................................................................16 Apparent Modulus of Elasticity ................................................................................16 Stress Relaxation ......................................................................................................16 Compressive Recovery .............................................................................................16 Recommendation for Gasket Design .......................................................................17 Effect of Temperature, Fatigue, and Impact ..............................................................23 Thermal Expansion ...................................................................................................23 Low Temperature Properties ...................................................................................23 Thermal Conductivity and Specific Heat .................................................................23 Heat Distortion...........................................................................................................23 Elastic Memory ..........................................................................................................23 Decomposition at Elevated Temperatures .............................................................25 Impact .........................................................................................................................25 i Table of Contents (continued) Hardness and Friction ...................................................................................................25 Hardness ....................................................................................................................25 Friction ....................................................................................................................... 26 Abrasion and Wear .......................................................................................................26 Electrical Properties ......................................................................................................28 Dielectric Constant ....................................................................................................28 Dissipation Factor .....................................................................................................28 Dielectric Strength ....................................................................................................28 Surface Arc-Resistance .............................................................................................29 Volume and Surface Resistivity ...............................................................................29 Other Properties ............................................................................................................29 Weathering ...............................................................................................................29 Miscellaneous ...........................................................................................................29 Chemical Properties ......................................................................................................29 Resistance to Chemical Attack ................................................................................29 Permeability ..............................................................................................................29 Forming and Fabrication ..............................................................................................30 Choose Correct Working Speeds ............................................................................30 Properly Shape and Use Tools ...............................................................................30 Rules for Dimensioning and Finishing ...................................................................31 Closer Tolerances .................................................................................................31 Measuring Tolerances .........................................................................................31 Surface Finishes ...................................................................................................31 Safe Handling ................................................................................................................31 Typical Applications .....................................................................................................32 References ..................................................................................................................... 34 ii Introduction Teflon is a registered trademark of the DuPont Company for its fluoropolymer resins.

Submitter : ICL Europe BV.

Please find attached the slides presented and discussed today.

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