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/VR R A ,6 _ G if-S PFOS * Genotoxicity - / 000033 IN VITRO MICROBIOLOGICAL MUTAGENICITY ASSAYS OF 3M COMPANY COMPOUND T-2816CoC Final Report, Revised March 1980 By: Kristien E.

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BACK TO MAIN CEntrE Analytical Laboratorks, Inc. 3048 Research Drive State College, PA 16801 www.centrelab.com (814)231-8032 Fax:(814)231-1253or (814)231-1580 Analytical Report Fluorochemical Characterization of Surface Water Samples Port St.

Wildlife International, Ltd. -1- PFOS: AN ACTIVATED SLUDGE, RESPIRATION INHIBITION TEST ADDENDUM WILDLIFE INTERNATIONAL, LTD.

Pilot-Scale Fluoropolymer Incineration Study: Thermal Treatment of a Mixture of Fluoropolymers under Representative European Municipal Waste Combustor Conditions Dr.

Ref. 4 - Additional data on Polymer Optical Fibers (POFs) from Mitsubishi Chemical Potential alternatives to fluorinated polymers as cladding for POFs (relevant to derogated uses, potentially derogated uses and missing uses PMMA is used as a core material for POFs because it can be manufactured with sufficient purity and transparency to transmit light for long distances, has minimal birefringence and can be formed to a flexible fiber with sufficient strength.

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AR226-2613 1 AR226-2613 C:\Documents and Settings\BARTONC\Desktop\c8\chambers DISPERSION MODELING PROTOCOL Plant-wide C8 Emissions DuPont Chambers Works Facility Deepwater, New Jersey Prepared by: DuPont Engineering Technology (DuET) Environmental Section Wilmington.DE 19898 April 9,2003 DuPont Chambers Works Air Quality Modeling Protocol The following sections describe the dispersion modeling methodology to be employed in order to assess the locations of maximum ambient air concentrations resulting from C8 emissions at the DuPont Chambers Works facility located in Deepwater, New Jersey. 1.

Rubber compatibility For Rubber compatibility different greases and rubber types were analyzed by placing the rubber sample covered with grease in the oven at 80C for 7 days.

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Type of optical fiber Types of optical fiber Reference standard Core diameter Core material Cladding diameter Cladding material Hard Plastic Clad Fiber (H-PCF) IEC 60793-2-30 200m Silica glass 230m Fluoroacrylate All-Glass Fiber (AGF) IEC 60793-2-10 50m62.5m Silica glass 125m Silica glass Typical Refractive index and Tensile strength 1.52 1.5 Non-PFAS Polymers Refractive index 1.48 1.46 Silica glass 1.44 1.42 1.4 Silicone Fluoropolymers 1.38 1 10 100 1000 Tensile strength(MPa) 10000 Silicone has the low refractive index but does not have adequate strength for assembling the connector.