Document zd3zxaME9vXx92O8YK0e8XVvg

FILE NAME Allied Signal Bendix ASB DATE 1968 DOC ASB122 DOCUMENT DESCRIPTION Internal Inspection Results 5 ( i : \ y . . . . , . TableTablTeable Table Table 1. 1. ChemicaClhemical Chemical Chemical Chemical Chemical Chemical Chemical Composition Composition CompositionCompositiCoonmpositionComposition Composition Composition Composition CompositionComposition of ofof GrindingGrindingGrinding GrindingGrinding Grinding GrindingGrinding DustDust Dust Dust PROXIMATEPROXIMATPEROXIMATEPROXIMATE PROXIMATPEROXIMATEPROXIMATE PROXIMATE , RECEIVERDECEIVERDECEIVEREDCEIVEDRECEIVED RECEIVERDECEIVEDRECEIVED DECEBER DECEBER DECEBER DECEBERDECEBERDECEBER DECEBDERECEBER 3 , 1961896819681968 , expected at 220220F) ) expected . . ; . 1.1 1.1 1.1 % . . 1700 ( organicsorganics organics organics organics organics plus plus plus plus boundbound bound boundbound water waterwaterwater ) . 33.5 33.5 33.5 33.5 % diference olivne ( on ashash . by by diference diferencediferencediference difference dif erence olivine largely largely largely olivine olivine olivine fromfromfrom ignition ignitionignition ignitioingnition of difernce chrysotilechrysotile largelyasbestosasbestos Ba30Ba30 etc. % of chrysotile chrysotile chrysotile chrysotile chrysotile chrysotile asbestos asbestos asbestos asbestos plus plus plus plus Ba30 Ba30 etc. etc. etc. 66.5 66.5 from ) 6.56.5 % , . 100.0 100.0 100.0 Experimental 3 Calculation Calculation Calculation CalculatiConalculatioCnalculation FFrorm om From From Experimental Experimental Experimental Experimental Experimental Experimental Experimental Experimental Experimental Experimental Experimental Experimental . Experimental . * ChrysotiClherysotilCehrysotileChrysotile ChrysotilCehrysotileChrysotile Chrysotile Chrysotile Chrysotile contentcontent content content content content content , based based based based based onon 12 12 % water water water water water ( resin resin resin resin plus plus plus plus frictionfriction friction friction friction frictifonrictionfriction dustdustdust dust > and and otheotrherother other other . 76.0 76.0 76.0 76.0 % 24.05 24.05 24.05 100.0 24.05100.0 100.0 24.05100.0 : . : , ( probable ) > AbrasiveAbrasive Abrasive Abrasive AbrasiAvebrasAbirvaesive content content content content content content content probable probapblreobabplroebable probableprobable probable ranrgeangerangerange range 4 Abrasive Mesh size ' : ; Mesh Mesh size sizesize 0.05 0.05 0.050.05 toto 0.5 0.5 0.5 % : butbubtut not not known known knownknownknown ( > FFrere ee metal metal content content content content content content content coppceorppercoppercoppercopper copper , brass brass brass brassbrass , alaumliunmuimnum alumianulmuminumaluminum aluminum aluminuamluminum , zinc metalmetal iron ) zinc iroin ron 0.01 0.001 .010.01 to to 0.1 0.1 0.1 % , . ' : , i ' ' , 60-31698 791PLAINTIF 'S PLAINTF'SPLAINTIF'S PPLALINTIF'SAINTIF'S 791 PENGAD : ( . , : WOKO005 WOKO00005 WOKO00005 WOKO00005 WOKO00005 WOKO00005 WOKO00005 . . . Chrysotile ChrysotiClherysotile Chrysotile ChrysotileChrysotile Chrysotile Chrysotile typicatlypicatlypical typicatlypicaltypical Chrysotile is is a fibrous fibrous fibrous fibrousfibroufsibrous fofromrmform formform ofof hhydratyed dratehdydratedhydratedhydratehyddrated hydratedhydrated magnesium magnesium magnesiummagnesiummagnesium magnesium magnesium magnesiummagnesium compositicomnpositiocnomposition composition composition composition composition composition composition composition silicate silicate silicate silicate silicate silicate silicate silicate with with with with this this this this MgMg (asas M30M30 ) M30 SiSi Si F-- F-- SiO2 ( as as SiO2 SiO2 ) SiO2 ( as as F-- C F-- C F-- C F-- C in in latticelattice lattice lattice lattice ) latticle attice Fe Fe Fe 0 ie (freefree freefree magnetitemagnetite magnetite magnetitmeagnetitemagnetite magnetite magnetite magnetite ) : WaterWaterWaterWater of of hydratiohnydrationhydration hydrationhydratiohnydration hydratiohnydrationhydration Miscel aneous MiscellaneousMiscellaneousMiscel aneous Miscel aneous Miscel aneous Miscel aneous Miscel aneous Miscel aneous Miscel aneMouisscellaneouMsiscellaneous Miscel aneous (A1203 A1203 A1203 , A1203 A1203 Cao Cao Cao , Mio Mio Mio , etc. etc. etc. etc. ) 37 37 6 43 43 5 4 % variable variabvleariablevariable variablevariable variable variable 1212 % balance balancebalance balancebalanbcaelance balance 100 100 100 % 2 ft *** RequiresRequires Requires Requires Requires Requires Requires Requires be controlled furtherfurther furtherfurther furthefrurther further definition definition controlledcontroled controlled controlled controled controled controled control ed by definitidonefinitiondefinition definition definitiondefinitiondefinition plant in in plant plant plant plant . segregation segregation segregation segregation segregation segregation segregationsegregation segregation segregation segregation . t: + i WOV000000 WOV000000 Table 2. Typical Physical Properties of Grinding Dust A product phenolic resin composed of 75 chrysotile asbestos fines coated with 25 Bulk Bulk Bulk density density tapped tap ed Briquetted Specific Specific Specific ggravity ravigrtavyity 2 ) 2 % slurry Color C^ox C^ox C^ox . . 50 lbs ft 0.81 0.81 cc ft 57 lbs ft 0.91 cc 0.054 lbs in or 1.50 1.50 / ec 1.51 1.511.51 g cc . . 7.3 light tan pungent pungent pungent phenolic phenolic phenolic ) phenolic chars ' good Maximum Maximum Maximum operating operating operating temperature temperature temperature temperature Screen Screen Screen Analysis Analysis Analysis Screen ScreScren en Size Size 30 mesh 4 60 Percent Percent Percent Retained Retained Retained Retained 0.4 4.9 100 . 200 325 50.3 6.1 2.2 1.6 Received December 3 1968 1968 1968 1968 1968 550 550 Cumulative Cumulative Cumulative Cumulative Cumulative Percent Percent Percent Percent 0.4 5.3 90.4 96.5 96.5 .98.7 100.3