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W,"CE1VE D <br />Lubrizol <br />Lubrizol Technical Document <br />ULTRAZOL® GA9058 comparison to Costco's current product, ULTRAZOL° 9888. <br />ill �i U 2 2023 <br />C:AL 11LALTH <br />1trNILNT <br />'Not a monufocturing specification <br />Below is a comparison of the compositional information shown in Section 3 of the respective products' <br />US Safety Data Sheets (SDS). A side-by-side comparison of the SDS for ULTRAZW' 9888 and ULTRAZOL" <br />GA9058 is shown in the table below. The product compositions are provided solely for Environmental, <br />Health and Safety purposes. <br />UZ <br />Characteristic (Typical Value) <br />ULTRAZOL 9888 <br />(Current Product) <br />ULTRAZOL GA9058 <br />(New Product) <br />Unit <br />Method <br />Physical State <br />Liquid <br />Liquid <br />1330-20-7 <br />Xylene <br />Form <br />Liquid <br />Liquid <br />Polymer <br />PEA common polymer <br />Color/Appearance <br />Clear <br />Clear <br />64742.94-5 <br />Naphtha, Heavy Aromatic <br />Odor <br />Aromatic Hydrocarbons <br />Aromatic Hydrocarbons <br />68411-58-5 <br />Fatty acids <br />Flash Point, C, PMCC <br />32 <br />25 <br />°C <br />ASTM D93 <br />Pour Point, C <br />-57 <br />-81 <br />QC <br />ASTM D97 <br />Specific Gravity @ 15.6C <br />0.889-0.909 <br />0.891.0.931 <br />SPGRAV <br />ASTM D1298 <br />Viscosity @ -18 C, CST <br />Not determined <br />122 <br />CST <br />ASTM 0445 <br />Viscosity @ 0 C, CST <br />23 <br />46.4 1 <br />CST <br />ASTM D445 <br />Viscosity @ 40 C, CST <br />7 <br />1 10.B <br />L CST <br />I ASTM 0445 <br />'Not a monufocturing specification <br />Below is a comparison of the compositional information shown in Section 3 of the respective products' <br />US Safety Data Sheets (SDS). A side-by-side comparison of the SDS for ULTRAZW' 9888 and ULTRAZOL" <br />GA9058 is shown in the table below. The product compositions are provided solely for Environmental, <br />Health and Safety purposes. <br />G <br />304 <br />AQQ <br />�-i <br />4 <br />A <br />ULTRAZOL° GA9058 contains the same chemical family of petroleum products as ULTRAZOL® 9888. <br />ULTRAZOL11 GA9058 and ULTRAZOL® 9888 contain a common active -detergent, polyether amine <br />polymers, which are used in gasoline engines to achieve optimum engine performance of older and <br />especially newer engine designs. Polyether amines are recognized in the US EPA Title 40CFR (Code of <br />Federal Regulations) Part 79 as an accepted detergent -active fuel additive, have been in existence for <br />over 20 years and can be found in fuel additive products in varying amounts. ULTRAZOL° GA9058 <br />contains 2-ethylhexanol, which is commonly found in fuel additive packages. In this formulation, the 2- <br />ethylhexanol is intended to act as a diluent in order to maintain the appropriate clarity and reduced <br />viscosity of ULTRAZOLO GA9058. <br />The Lubrizol Corporation 1/2023 <br />UZ <br />Substance <br />ULTRAZOL 9888 <br />Current Product <br />ULTRAZOL GA9058 <br />(New Product) <br />CAS <br />Synonyms <br />Xylene <br />40-50% <br />40-50% <br />1330-20-7 <br />Xylene <br />Polyetheramine <br />1-5% <br />10-20% <br />Polymer <br />PEA common polymer <br />Petroleum naphtha <br />1-5% <br />1-5% <br />64742.94-5 <br />Naphtha, Heavy Aromatic <br />Hydroxyalkyl carboxylic acid <br />1-5% <br />1-5% <br />68411-58-5 <br />Fatty acids <br />2-Ethylhexanol <br />Not present <br />1-5% <br />104-76-7 <br />Iso octyl alcohol <br />Toluene <br />0.1-0.5% <br />0.1-0.5% <br />108-88.3 <br />Toluene <br />++ Ethyl benzene <br />5-10% <br />5-10% <br />100-41-4 <br />Ethylbenzene <br />++ Naphthalene <br />0.1-0.5% <br />0.1-0.5% <br />91-20-3 <br />Naphthalene <br />—The Ytted WMWAmts ere sub—p—ts <br />1Theh.,.,dousMgedkntsthred.b.— <br />G <br />304 <br />AQQ <br />�-i <br />4 <br />A <br />ULTRAZOL° GA9058 contains the same chemical family of petroleum products as ULTRAZOL® 9888. <br />ULTRAZOL11 GA9058 and ULTRAZOL® 9888 contain a common active -detergent, polyether amine <br />polymers, which are used in gasoline engines to achieve optimum engine performance of older and <br />especially newer engine designs. Polyether amines are recognized in the US EPA Title 40CFR (Code of <br />Federal Regulations) Part 79 as an accepted detergent -active fuel additive, have been in existence for <br />over 20 years and can be found in fuel additive products in varying amounts. ULTRAZOL° GA9058 <br />contains 2-ethylhexanol, which is commonly found in fuel additive packages. In this formulation, the 2- <br />ethylhexanol is intended to act as a diluent in order to maintain the appropriate clarity and reduced <br />viscosity of ULTRAZOLO GA9058. <br />The Lubrizol Corporation 1/2023 <br />