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I <br />Y <br />File MH29667 <br />Page T1-2 of 2 Issued: 2005-09-08 <br />SIMULATED USE RESISTANCE TO FLUIDS TEST (FIBERGLASS REINFORCED PLASTIC SUMP <br />MATERIALS.); <br />METHOD <br />One sample assembly as described in Item B was placed in a container <br />filled with each of the fluids Listed below such that the fittings inside the <br />container were completely covered with the fluids. The samples and fluids <br />were maintained at a temperature oi: 100°F throughout the exposure. Following <br />30 days in this condition, the containers were subjected to an internal.' <br />pressure of 4.5 <br />psig (based on.a maximum sump dep th.o.f 10..3 ft.) for a period <br />of at least S. min. while the samples were examined for evidence of leakage. <br />! <br />100; Methanol <br />50% Methanol/5o* ASTM.Reierence Fuel C <br />1S$ Ethanol/ask ASTM Reference Duel C <br />101; Ethanol/So%.ASTM Reference Fuel C <br />15t MTBE/851 ASTM Reference Fuel C <br />RESULTS <br />There was no evidence of leakage <br />SIMULATED USE RESISTANCE TO FLUIDS TEST (FIBERGLASS REINFORCED PLASTIC SUMP <br />MATERIALS) <br />METHOD <br />One sample assembly as described in Item C was placed in a container <br />filled with each of the fluids Listed below such that the fittings inside the <br />container were completely covered with the fluids. The samples and fluids <br />were maintained at a. -temperature of 100°F throughout the exposure.: Following <br />30 days in this condition, the 6oncainers were subjected to an internal <br />pressure of 4.S psig (based on a maximum sump depth of 10.3 ft.) for a period <br />of at least 5 min. while, the samples were examined for evidence of leakage. <br />f <br />.:- - 100&. bieth$nol. <br />— <br />_ _—_ _ "50�•-MeE'Iianal/SOti=:AST1% Referenae-Fue:1 x::__:...� _ �—:=.•V.� �—� — _—_--:_-.__ . <br />100* Ethanol - <br />---- <br />15g.Ethanol/85t ASTM -Reference Fuel C - <br />15t MTBE/85!k ASTM Reference Fuel C <br />n <br />i <br />