BE637331A - - Google Patents

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Publication number
BE637331A
BE637331A BE637331DA BE637331A BE 637331 A BE637331 A BE 637331A BE 637331D A BE637331D A BE 637331DA BE 637331 A BE637331 A BE 637331A
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Belgium
Prior art keywords
lubricant
desc
page number
clms page
bzz
Prior art date
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Other languages
French (fr)
Publication of BE637331A publication Critical patent/BE637331A/fr

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    • CCHEMISTRY; METALLURGY
    • C10PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10MLUBRICATING COMPOSITIONS; USE OF CHEMICAL SUBSTANCES EITHER ALONE OR AS LUBRICATING INGREDIENTS IN A LUBRICATING COMPOSITION
    • C10M5/00Solid or semi-solid compositions containing as the essential lubricating ingredient mineral lubricating oils or fatty oils and their use
    • CCHEMISTRY; METALLURGY
    • C10PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10MLUBRICATING COMPOSITIONS; USE OF CHEMICAL SUBSTANCES EITHER ALONE OR AS LUBRICATING INGREDIENTS IN A LUBRICATING COMPOSITION
    • C10M2205/00Organic macromolecular hydrocarbon compounds or fractions, whether or not modified by oxidation as ingredients in lubricant compositions
    • C10M2205/02Organic macromolecular hydrocarbon compounds or fractions, whether or not modified by oxidation as ingredients in lubricant compositions containing acyclic monomers
    • C10M2205/024Propene
    • CCHEMISTRY; METALLURGY
    • C10PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10MLUBRICATING COMPOSITIONS; USE OF CHEMICAL SUBSTANCES EITHER ALONE OR AS LUBRICATING INGREDIENTS IN A LUBRICATING COMPOSITION
    • C10M2205/00Organic macromolecular hydrocarbon compounds or fractions, whether or not modified by oxidation as ingredients in lubricant compositions
    • C10M2205/02Organic macromolecular hydrocarbon compounds or fractions, whether or not modified by oxidation as ingredients in lubricant compositions containing acyclic monomers
    • C10M2205/026Butene
    • CCHEMISTRY; METALLURGY
    • C10PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10MLUBRICATING COMPOSITIONS; USE OF CHEMICAL SUBSTANCES EITHER ALONE OR AS LUBRICATING INGREDIENTS IN A LUBRICATING COMPOSITION
    • C10M2205/00Organic macromolecular hydrocarbon compounds or fractions, whether or not modified by oxidation as ingredients in lubricant compositions
    • C10M2205/04Organic macromolecular hydrocarbon compounds or fractions, whether or not modified by oxidation as ingredients in lubricant compositions containing aromatic monomers, e.g. styrene
    • CCHEMISTRY; METALLURGY
    • C10PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10MLUBRICATING COMPOSITIONS; USE OF CHEMICAL SUBSTANCES EITHER ALONE OR AS LUBRICATING INGREDIENTS IN A LUBRICATING COMPOSITION
    • C10M2207/00Organic non-macromolecular hydrocarbon compounds containing hydrogen, carbon and oxygen as ingredients in lubricant compositions
    • C10M2207/02Hydroxy compounds
    • C10M2207/021Hydroxy compounds having hydroxy groups bound to acyclic or cycloaliphatic carbon atoms
    • CCHEMISTRY; METALLURGY
    • C10PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10MLUBRICATING COMPOSITIONS; USE OF CHEMICAL SUBSTANCES EITHER ALONE OR AS LUBRICATING INGREDIENTS IN A LUBRICATING COMPOSITION
    • C10M2209/00Organic macromolecular compounds containing oxygen as ingredients in lubricant compositions
    • C10M2209/02Macromolecular compounds obtained by reactions only involving carbon-to-carbon unsaturated bonds
    • C10M2209/04Macromolecular compounds obtained by reactions only involving carbon-to-carbon unsaturated bonds containing monomers having an unsaturated radical bound to an alcohol or ester thereof; bound to an aldehyde, ketonic, ether, ketal or acetal radical
    • CCHEMISTRY; METALLURGY
    • C10PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10MLUBRICATING COMPOSITIONS; USE OF CHEMICAL SUBSTANCES EITHER ALONE OR AS LUBRICATING INGREDIENTS IN A LUBRICATING COMPOSITION
    • C10M2209/00Organic macromolecular compounds containing oxygen as ingredients in lubricant compositions
    • C10M2209/02Macromolecular compounds obtained by reactions only involving carbon-to-carbon unsaturated bonds
    • C10M2209/06Macromolecular compounds obtained by reactions only involving carbon-to-carbon unsaturated bonds containing monomers having an unsaturated radical bound to an acyloxy radical of saturated carboxylic or carbonic acid
    • CCHEMISTRY; METALLURGY
    • C10PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10MLUBRICATING COMPOSITIONS; USE OF CHEMICAL SUBSTANCES EITHER ALONE OR AS LUBRICATING INGREDIENTS IN A LUBRICATING COMPOSITION
    • C10M2209/00Organic macromolecular compounds containing oxygen as ingredients in lubricant compositions
    • C10M2209/02Macromolecular compounds obtained by reactions only involving carbon-to-carbon unsaturated bonds
    • C10M2209/06Macromolecular compounds obtained by reactions only involving carbon-to-carbon unsaturated bonds containing monomers having an unsaturated radical bound to an acyloxy radical of saturated carboxylic or carbonic acid
    • C10M2209/062Vinyl esters of saturated carboxylic or carbonic acids, e.g. vinyl acetate
    • CCHEMISTRY; METALLURGY
    • C10PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10MLUBRICATING COMPOSITIONS; USE OF CHEMICAL SUBSTANCES EITHER ALONE OR AS LUBRICATING INGREDIENTS IN A LUBRICATING COMPOSITION
    • C10M2209/00Organic macromolecular compounds containing oxygen as ingredients in lubricant compositions
    • C10M2209/02Macromolecular compounds obtained by reactions only involving carbon-to-carbon unsaturated bonds
    • C10M2209/08Macromolecular compounds obtained by reactions only involving carbon-to-carbon unsaturated bonds containing monomers having an unsaturated radical bound to a carboxyl radical, e.g. acrylate type
    • C10M2209/084Acrylate; Methacrylate
    • CCHEMISTRY; METALLURGY
    • C10PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10NINDEXING SCHEME ASSOCIATED WITH SUBCLASS C10M RELATING TO LUBRICATING COMPOSITIONS
    • C10N2040/00Specified use or application for which the lubricating composition is intended
    • C10N2040/20Metal working
    • C10N2040/24Metal working without essential removal of material, e.g. forming, gorging, drawing, pressing, stamping, rolling or extruding; Punching metal
    • CCHEMISTRY; METALLURGY
    • C10PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10NINDEXING SCHEME ASSOCIATED WITH SUBCLASS C10M RELATING TO LUBRICATING COMPOSITIONS
    • C10N2040/00Specified use or application for which the lubricating composition is intended
    • C10N2040/20Metal working
    • C10N2040/241Manufacturing joint-less pipes
    • CCHEMISTRY; METALLURGY
    • C10PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10NINDEXING SCHEME ASSOCIATED WITH SUBCLASS C10M RELATING TO LUBRICATING COMPOSITIONS
    • C10N2040/00Specified use or application for which the lubricating composition is intended
    • C10N2040/20Metal working
    • C10N2040/242Hot working
    • CCHEMISTRY; METALLURGY
    • C10PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10NINDEXING SCHEME ASSOCIATED WITH SUBCLASS C10M RELATING TO LUBRICATING COMPOSITIONS
    • C10N2040/00Specified use or application for which the lubricating composition is intended
    • C10N2040/20Metal working
    • C10N2040/243Cold working
    • CCHEMISTRY; METALLURGY
    • C10PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10NINDEXING SCHEME ASSOCIATED WITH SUBCLASS C10M RELATING TO LUBRICATING COMPOSITIONS
    • C10N2040/00Specified use or application for which the lubricating composition is intended
    • C10N2040/20Metal working
    • C10N2040/244Metal working of specific metals
    • CCHEMISTRY; METALLURGY
    • C10PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10NINDEXING SCHEME ASSOCIATED WITH SUBCLASS C10M RELATING TO LUBRICATING COMPOSITIONS
    • C10N2040/00Specified use or application for which the lubricating composition is intended
    • C10N2040/20Metal working
    • C10N2040/244Metal working of specific metals
    • C10N2040/245Soft metals, e.g. aluminum
    • CCHEMISTRY; METALLURGY
    • C10PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10NINDEXING SCHEME ASSOCIATED WITH SUBCLASS C10M RELATING TO LUBRICATING COMPOSITIONS
    • C10N2040/00Specified use or application for which the lubricating composition is intended
    • C10N2040/20Metal working
    • C10N2040/244Metal working of specific metals
    • C10N2040/246Iron or steel
    • CCHEMISTRY; METALLURGY
    • C10PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10NINDEXING SCHEME ASSOCIATED WITH SUBCLASS C10M RELATING TO LUBRICATING COMPOSITIONS
    • C10N2040/00Specified use or application for which the lubricating composition is intended
    • C10N2040/20Metal working
    • C10N2040/244Metal working of specific metals
    • C10N2040/247Stainless steel
    • CCHEMISTRY; METALLURGY
    • C10PETROLEUM, GAS OR COKE INDUSTRIES; TECHNICAL GASES CONTAINING CARBON MONOXIDE; FUELS; LUBRICANTS; PEAT
    • C10NINDEXING SCHEME ASSOCIATED WITH SUBCLASS C10M RELATING TO LUBRICATING COMPOSITIONS
    • C10N2050/00Form in which the lubricant is applied to the material being lubricated
    • C10N2050/10Semi-solids; greasy

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  • Chemical & Material Sciences (AREA)
  • Chemical Kinetics & Catalysis (AREA)
  • General Chemical & Material Sciences (AREA)
  • Oil, Petroleum & Natural Gas (AREA)
  • Organic Chemistry (AREA)
  • Lubricants (AREA)
  • Pharmaceuticals Containing Other Organic And Inorganic Compounds (AREA)

Description

       

   <Desc/Clms Page number 1> 
 
 EMI1.1 
 



  ':.'? p'..p.'U"I.11OA .:;&)Poï-t.: aux à toit@ viweoxiK, tt lA pf,t.t1!1ouU.t1f 4a occulté qui peuvent Y474i'r en centre t <mo t iltwiiuîitX,MJ \±, '#->-# .:## -...-. :\-.h>:?ê0:: le l&mina. l1. OU "" lutr...: op4r.t1on. ,4'J,'f4J.f;!: ±;*; On ..trouvé qu* la tlBooiltl d  e<n; t.aoM9tia< V'fortf vincoaitè contenant don aubstacoeu du type pu'Ir14±441 -t, jl- nt notablement réduite en lapis de teapt rtlaUrtatai. # 5ï- ï : ceur-fe (,;',.t......4.i1" .n quelquoa heures) quand oex ôoajpo 4Uo8tT±; sont toumisee à des. condition de travail e4,rèreg oOmpQrtW1t .f':;.!.:,.' / .de haute$ pronaïonnet un fort oi.a1111I.nt. 0001'.'st ua .'vi':

   ':,inoonv4niont tra sérieux à l'uti11a..Uon de o<< oeaçoaltleài'-W ¯'. corne lubrifiante, 'Par txemplt, il est courant que le$ 00.&'1'ir\lot'ùra..4;:>}' .} laminoir. spécifiant un<t 1'1"00.1 t4 ainialw'pow.ltw.lub,.. -tiante à utiliser dans les palier.' d. et  aaohin* , '99- ,;:on:1.nt particulier de 1>ol;YQ)'4t1nee dans '104 1Ubr1t1i")r::!.i;;t:, 

 <Desc/Clms Page number 2> 

 
 EMI2.1 
 que 1<HM* viwooeiK eat d1J1u1\.'lIet.tt iuiabl.. 1* *rr t\J'11., '11;' , 1. 



  .et difficile 44 prévoir la viscosité r4.11. 4.  ##* ô'oapoiiUoaSl; dan. 1.. conditions 4e travail auxquelles  11**  oat lY1ü1111i¯ '<t' . 



  00U8 lubrifiant*,,   ' ' it g " ; a   ' " ' i r '.,k ' tu F ,,\ /1:f "'1{""(,I D'autre part. lois  011014±1n., pritru ourtp4t%à, avant*5 i pour une utilteatioa asaa< lubrifiant* 4&u les. s:5$ appareils effectuant certaines op4ra.Uona 4, travail 6  -f ' W xêtaux sur 1( U1dni\Ul. ' . 



  'if ...t J Il a 444à â$d expliqué dans le tore*** b7rpüQt1! bzz L ;16 4t4 exp11qT.td dan, lu,"ey.t bri zin\1' n* 19e4i3 que si la surface de l'.lumin1wa porte 'IUll1.18 " >.. de lubrifiante pour iMtiHoirf connus anUr1.u%'Qu.'i, .11e ',y -:':.r . , '/f 9 !' ' - ont 815=ioo à une 8th'lre formation do tache,* quand on ?<" bzz euit l'aluminium dans lu oonditioa* los plu< f<no)?t'bl  A, cuit lfal=ini= dans les condîtïono les plus tatorables pour effectuer l'opération de recuit, Zt 'brtrtt! 'u...tasm1qu,' , # x . n* 8,9e?3 précité décrit des lubrifiant  p lUL\)\o1r, . ",' :' qui résolvent os probité. 1'out.;t'o1a, on a constat! 4-Ga "x  ¯ la pratiqua qu*, avec beaucoup de lam1no1rl, l'tuile des :<(..:; 01, tf,tt..-..,; palperez tendance à suinter datas le systbxo du lubrifiant /:.

   Mg0 de laminage, : ' . y ,::it1; Lftl lubrifiant* olaa.1qut. pour paliers de 011i14"'fl; ......). t"',,4. ,.", sont de* fractions de pétrole ou111ant k haute icnpixn"cr*i ,; ''" leur viscosité dépendant de leur intervalle 4t'uli1Qa.'t1. ; \ ont l'VMtagw, pour un* utilisation 48 1.. lam1nO!r,;,q. 



  'h' bzz loup Ti.osit4  et dynamiquoment #table *ir . tli le* lii4V|v noire de laminage froid de l'.lu=11, il  t i lit3r. nient do tacher ,'vrem8n l'.lua1n1ua et$ st $## 1ubr1ttaa, pour roulement  de cylindre  oui tut dans un* *tour* tppr4w # ## Mwf,-, M* c1able qUlloonq,u8 dans le lubrifiant do 1..1n..,t, ',il.

   PI\l1". faire disparaîtra l'avantage 1.ult&Q' de 1.U\111a'1' 4te" û9uv6Ux lubrifiant* de laminât* go tachant pas M tMhMt'- #1>wv:" ... 1"" ,,' <'<: 

 <Desc/Clms Page number 3> 

 
 EMI3.1 
 ,eu afctanoe ta 1.rUli.8111 4e. tieetit a1iphat1q\1" s*tttr4a à '' v>Wk ,-' >"1 ohaînta 10UlU" 4ane 4.. traot10nJ lagtraa da p#a,a 00'" ',J I'' '.: 1 ::. décrit 4an. 1< fcrarat br:L1i-.nn1qu. ",8 811,075 rda3' "-. ,:"\ ., II a 44k 41;4 p29pt> 4 4, pl"ipu.r do* lubrifia.. petty H"t, 4t il ;',t .a.u.p3a n *<<lMtg<'<m't â t polsrtniWtttt a1'IO U. fauilt ml.t!.i './. légfcrt th rmi(iue  nt 16tb,i en raison dt'1'offét "11t"it failli  â  formation d* taoht* dtt polytmtlntt qfi$xxâ - X*M .t,.. 



  ".' faiblI d. t01."ll1.:t1on d. taahar d.. po11b\&Un,. quand oa 1.. '#' # "-'$& "-'"'' . ehauff* aa contaot areo un .é1al. Owa ' huilow pour 1...1no1r.;' -.'#.1 ##' agitât tint Tiaooaité ?<tlttiv<MBtt :"b8  t .o"t'aa18"i . '.N,,, yh atultmant à 3 #nTiroa j>alytotkn a drun poida mel<* r-% f otuMMt k , .J1Yiron jlyb'atnwt d'aa p014, MK ou1&1%'. da 50*000 à 60.000, bien g.ua l'ui1111..t1oD 4. plpa ;.', ,ç,;,,ï r 110n. da polybtttènaa allant juequ'à 30 J( ait <t< IUII'r4.. " :;

   f ::'.:' Quand on foma un lubrifie' par nélanga 4 tu  Ol111U"';'!' . ,.. :.;.. tfcn  di ponibl  dâ)M< la coaaerot at 4 'un. huila !nin< < ",!,#%#  #,#<## ' . *'#&# f.;i 14ghl' pour produira un lubrifiant r3aruax qui una ,1'''''S.tI.:± '#, rupér3rucr 600 xooendte a.4woo4 I* 1 à '7,a'ot <m viaaoiiti '':t', y- - #1 5 , - aa,bx3arra rapidement aeua l<eff t da jfûroe< &# oiaailleatnt 'i.. <km ,,,, et aat réduite da façon ,.mu.nit 9n qu.lqu.. aura, r \ ''#-'' # '''yjÊÊ** "',-plus, la  101,\r4.. charge. et 1., tOl'O" dt aac,3.an ont - ;#|;=      
 EMI3.2 
 ;i,:. un afftt t..por.1re euppléaentalr  eur la n'Go.t..,. 4e aaa a; . "1 #J . huil  *n os qua lony rte,,01114 ... réduit* lWN4t.4i1! , i111ï?iLtkt..ryA.;

   , -' , daa foroa  da oiaaljlllaaant ri ' 4wa oharg** et au,...,. da bzz , aourtau un. foie qu'eux oateo! d'a ir, . ,.# y' stC' 'îiïÈ Vf/- Ca peut tn.41tt à lette ,ltt&O\J1t4. 4'\&1\e ...". :J '1 "" " 1>,.H: t. wiapit, ..10n la prisent  invention, par ,., &4 1 tt..... o. ?t . 



  .".:.. -:.# 1- \, ;: r. -.ts."1U..antt 4e wi.aoaa3â. da ¯on1 ..8 .ub..f.U)" x . ,. 



  # tria r4"01:1,,.. da faibl. peiM  ol#oulair  taîlat 'Ut -4..?, , ''' ' rbs3rar 'r3bv pa,â srcea ¯a.rx . ,tr ' dx. n il.:X-j e,r ' "". aono.'r.., dtl 4:lJa.1"'. d   érbra #t9f  # r "Uf'À' ## . # # ** - ' >f-mm Itra faoiloaent po11&':1.,.. du t&1t 1  l<t < aM 4'uai 4ttt#||I .A' liaison rdxsr3rr dame 1.\U'..01'0\\1... f,t ' 111..01' 111"".',:' x 

 <Desc/Clms Page number 4> 

 
 EMI4.1 
 etabllisant de visootité- est de pr4.tîrtnoo tatirieur 250 et ne doit pas dépasser 500. le ettbiltuant de ti,aa4stt' ? e c k W .', <? / v m pvitisi *et le t<tp<uatr< du propylène domx une proportion di i à 3 male on peut utilité!* des nonoaeree oome le stirbau l'acide acrylique ou l'alcool vinylique.

   On s'i pu oam,itt t'. ment oaxri le micaniume d'action du attbiliitnt de rîoooâi*4" ' Mais on oonsidbre qu'il réagît rapldeotat avec lie subst"04* du typt %à radicaux libre#* ioxmea twiportirwaont quand 1 ' aliatnc du polybutène ou d'une autre pal,a.i9.zs ont rompue. 'e. t' . nous l'effet des ±*rose lntenson de otualllement (lut se rongent trent dans lox palier* do lizoirt, Comme l'additif i lu. ' ,-', $ méme tendance à ne polymériser et comme es, réaction avec le .*'T> polybutfeno dégradé a tendance à fopatp des composée à ahatnes ,. plus longue , il cet important qua le pourcentage de l'<tddijf en H 1.4aYV dace une eoapoeition lubrifiante soit vigli 1bf'1V ,yr r'i. *oint de talon ,uü, n'en résulte pas une augmentation '.P, ", , excessive de la Ylâoosité.

   Il en résulte que le pouroeat at*> #'*?!#* ' d'additif *atabillnant la r.saosi t6" sera déterminé par 'xtt 'y > * :f certain nombre de facteurs, télé que le eerrioe auquel doi't '#'-\'!;<l M ,¯ 2 t ' i.t' . r , i être soumise la composition lubrifiante, la poids toléculaîm et le type du polybutène ou de l'autre polyolétine utiliod4"   â r4 ; ., dans la composition lubrifiante,  t la nature du etabîll4ant bzz visoooltè Tellement ohoiwi.

   Quand le stabilisant de "yh .,f vieooeit<! tot l'une des subetancea mentiC=400 ei-dsrruat il est préférable de l'utiliser dans une proportion lntdrteuxo *'Tî-r';4 de préférence comprise entre la% ""* 'f:%ît*/--, taà jazz aona.dire 1utiliart:an pa.butza âruu ' Quand on conaidbre l'utilisation d4 polybutenea 4uMt:|iM de  compositions lubrifiantes destinées à des palier$ do klj Ilminoîre pour ."au.ai.um, la raison pour laquelle la bzz composition Contenant les o.ybatria: ne conduit pas à 1'. /y*r,.F 

 <Desc/Clms Page number 5> 

 
 EMI5.1 
 'x.'os,x de taohei sur 1.umaiu est que, à l, tMp<<* ± . #'! -ï- '#%: 4. du r.ou1't ultérieur, 1,.. pOl1but,nt. sont fnoilomtnt h.01O=':ff' >}# 6 . 4 . 4 "# # .".V en .01'01,i11.... oàatnet court.. qui ni tachent pu' l t a1wd.iU-..:: ::(:5 . li ' ' '1:',.....} lt". 7t\, ,.11 xyz   Utu 4. noter que seule  les pOlol't1n" qui 1';

   "', :,,,,' ':}i3h: t*. , . :''' .dY1..nt tao11emlnt k la aapâax 4, rtou1t.o\\ au-4...ouI', .* 'ft. 4' i f L') , ' pouvant Itrt cQn81dr4.. ooue ut..aab.a, dan. 4,. lUbt'1tiNit.':i', .,1"1 %' pcur .paJ.1.1" 4. laminoir.. En mtmw te pif il est &V)tat<9 i v'1 '1 .. t, ; .;. +1ti A:.t ., :-'T,ur , le< somplaxwet torln" ooaao çé ultat de l'addition '\1 <i ¯ , ,, ," ;Fa3.=.. atc,r ." t Il doompoaent "11181 de t&90n qu'eux non plue ae * #"##.,.# t\ t; :fA torm,u1 pu de wubatanoee qui tâchent, 0101. toui;.to1.. f ta ::. ya pas &Ut.1 important, oar la quantité r6.11. de coa QQmpl..:.1'/.Il. y %A.AV ¯ pr4..nt" dan. le lubrifiant de laminage, par auiatagi 4 at #'"#\'M-'; zou dernier du lubrifiant des paliers, sera <videsta<mt' faille tëWjjfâf:

   'l'et pap oon.6quont.leur effet de formation de taoh.. petit *W*';||iÉ| N beaucoup dô oas peu important. ""1' "fe'À ±v On donne o1...aprh de  exemples 4' :lUb1'1t1'8n1i:'\i:"k,t.} tj poeaèdent une torte #Ueosite' initial., qui la ooa<myv<nt/.$ :' aprea l'application de forage de cisaillement, et qui n10IlÍi'; {pas ou n'ont que très peu tendance à former dee t4.\Qh.. tîfWMf vJ*1i '.. 1.': ':':;V:b\d\ , 11.11' le feuillard c1 t 811n1 UU1 pendant le paouit dan, le  :'S':f;'::': aontâ.ona qui peutran tra u..abe svaa l,ubrif.a.nt .';'?r; ,, oonditiona qui peuvent Itre utiliaeet avec le ,r â,' 't pour laminoir  décrit dans le brevet britannique n' 19 O7?gf. pr6oiU. ''   0.'''.%,b' .zi=Y;, , .f '' i':cyyx.M Yx'21=;

   OOUTOSITION 1 ,1-;,....qif '#'Huile dt' OQ1.& minérale 24" V1eooa1'U initiale 1600 ,::..';{;:ib1 secondes Sedwood s' 11 1 #>*  p>V Polybutene 75 ÎÉ 3?, 8*0) Redwood nt 1.. :,. de foroew de o1ae.illfm.'i;; .;: styrène Ijf pendant 15 heure. t 2000;, 4;; aecondea Sedwood u' 1 ssiiÈm$* \1'¯\\ " 'f"1'''''' J 1 i. '"r,,'y^4a",' ,$,4 i"" Buile de aol  ine*rale 48 Visooaite initiale 115 # V *?f8 des Bedwood n' 1 37tS.-/;< ,' 101Ibutn. 128 50 J* aprea l'application de t.ro..,,;, ;, de obl1illm8nt pendant 1$-., '' y*.1;1 '. Styrène 2" heures, 1$50 seconde  1.4...41:' n' 1 '7,S'O.. bzz ..A'...j' . 

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  ¯... 2 "##;";# J'é,. :":'1. 11. 48 0011& aih4rale 43 }f '1.oo.1' Initiait 1150  taon* des 1.4wo04 21' ). 3?,er rol1bun. 1e 50 .pri. lfapp110.tOQ de ferot de eiaailltatnt pendant 1$ Acide &Qrl11u. 2 - h9up<m, 1550 880 '." ,.4'004' atlfc37,8 0.. #' , ,J c? .f:::i Huile 4e 001.. ainfrale 46 - 7i.ppVWlfi initial  1SOO M6M 4.. ae4woo4  # x à 3T*ê*0i POIJbut'no 129 '0 ap:" 1*.pp110.\1on 4. tor08"" Cie oltú11dent p.4ant 15 H 8tlrne 2 heureo, 1600 "00 4.. 1.4woo.. Alcool lauriqu* 2 % f ' .t. # ;.* t .±!..1!PQI!1f , h..,: Polutin* 128 52 Ji Yi9oo ité l&itlftU 1250  toon- Abunr bzz8 ,de. 2.4'1004 1\- 1... 37<8'<!! !4tramôr. du proP11.nt 2 aar l'applioation 4. forets ;# de o1t1ùl1ea.n' pendant 15 ''1 Aloool etéar1que 03 heure  , 1475 ..oon4,. 1.4.004 Alcool oit111qu. 0,' n- 1 1t 37$ 8*0. ' bzz . 



  8utolub. AS 1J11... 0, ''; - f îopanol BRT oxydants o a Je .. ' ,' ;# "" Gulf Minwral 8.&1 Cil Coap14a.ni # ex ' # > jj On trouve qu  a faisant Tar1n. la ttatvur tA ,.1tb"'-...ç ## . ni 4, la oompo.11ion 5. la Ti.oo.1t4 pful Itft portlt d  1'1 - eo&ot Redwood 376' tVte 3$ <&? .6 5. i seconde  18d1'o04 n. ,7.e'0 ."'0 '0 f, 4, polt'u"',,, ::, - 1 '.I.,..\"' 1000  aondea Sodwcod 3?,8*0 <.y<e µ0 Mlya< 1000 ttoond e Hedwood z' 37, 8*0  ree 50 dft polyïwti   #,"' 1000 Iloond.. a.dwood 31,S'0 &Y'O,'O # # # . > :* f #t à 2790  ooBdwe 1.4wood a* 1 à 37,8*9 ."'0 6  % dt <:"'j p011butène, le pol1butn. étant le P011but'nt 128 A<taw o3tr '' . oat.

   Pour 1'" buts dot l'invention, 'Ut t<a*m' '011""-' cas  Four les buta l'invention, use teaeur polyMitaa '<, /#% dt 45 1 55 i wt ,?x'ÏX"il?3.1i v , ,. &% , Le  o11bu'n. 24 et le  o17bt'n. 128  ont 4e. ,UA11', t\Ü lont "'tn4u.. par la 'Ofon1 h Ob...1Q Ooap..,- ., 40n' , " :':' qui aont vwnduat pM* "Otonitt e$aio<d QMtgoay* , ;#> !.   j les coidt moléculaire* aoyens eoat <p<oifi<<< oo    <t*at po148 aol&oul..ir.. aOltn..on' a 'o1t1.. OQ8a' ':;11 de 840 et 1500, respeotirement.

   Il aat préférable 4au la v'-ffti préaenta invention 4'ut11i.tr un pol1bu"'ue qaD' = poil.. ," zizi ro3.âau,ira 1nt4ri.U1' .. 2.500, au lieu dee ,ol1but'." .,, '..'l "N:; des poids mo1'0'\11..1%:8' de 50.000 &0.000 ,"'1 ont #%  <a< 11 1 

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 tour =*.utilisation due 1,"ë'IQ.,1ou Xabrififtutit ;;v,:-! ># ####.#.'- 1". , "1. < \r:';: :'/:' an$4rieures, 00.....n,toc4 ,lt.a.hdt.. .

   Os;ô; #;##.'<#'#:- ;'pJfcvv ./ .,;'.,; .-o -: ##'#'': r\jg!;;| ;!'.;.(/; do 0011..1n'&:I.', "',Q.laq\1,11'.1... "'I>j1 ;;",:::;,1'n...ft1i 414., ont =0e&ott= légère 4'1'''''''':i "','un très faîble 1114101 4* b:vo".,'4' '.ot. qu'elle très pou de troupenotte non i 1uré  HA..'een4Mie<B,''j'<M$ #H:-:k des problèmes de formation 4* tohte. ï Ileult JU.':o,: '>..:':;;i ïj-4,) ' ." '# l ,#*'<?#  é ;;>; aoal Oil" ont uns utrit huile ayant des l'ropr14U..ta11ùl"..' '". #..#', ''#vi| ":;V Sa utilisant un lubrifiant contenant 10 do polyiJUf '1';:!' ;:-.- ' . M tina 128 et d'autre  111Ç.41et. dans los proportion#' Û w4* 'v'* '''">#'# !'# ' '# $ ! . pour-la composition 50 une excellente protoottlon est fourni* ?>',.;. (:¯:{:.1: aux s<di$ra t<tl blanc-aoîer d'un lu1noh' pour lot &talntft v;0: froid du tou1l1a1'4 4' aluminium..

   Vil . !.t'< ,:;;-;-; Son écoulement dans le lubrifiant de 1..1n&.. , froid *\% ##r-V;" '-":% pratiquement non tachant ne donne naissances aucun* "1\41401 la ;t.'01'1u.1Qn de taches wu? le ttu111ar4,  4%# quand oa #';:'':% {''::.a:::::::1::t::':::1:::.:: palier 44=4 le fiant de Xaalnag* atteindre 3.< niveau #xotptlo n*ll*  nii <itY<;l # " On eba<rvey<t qu*s 4 10,\18 1*  as  'i.4"'.", ".'. .}' ,,1.00.1 tl de* lubrifiante  prè  Un  rtanLa AQ8'bI" 4,th.\I1".," 2: de aertiot est en fait tu<at< m nlioa U ,1a. u.. p tlt* ::;

   quantité 4 ',a.441 t.1f présente nous tonte de aODOÙ1:.." 4., .. ::Y.. ' ' ' # '# .... ';'::' ';:;I'r,.} pOt1='r.. r4aot1t de faible po14..ol"tJ.w.. ,. propartlcn #;;# . :>4 ' # # #-.#-., - '##?.:->  -de .t7rn. nlo...a1r.' pOUJ;' fttab111i.r If p%lybut 4.40 $ii&r## '' ....'#,..:,##'.# "vi.ji .;, 801Io-ull.Ù'' Roses faible est int41'1tu.r. , dei B<9 ' w. quand te p010..o14oula:h....t plu 1.1",' #'--,"/ ##/#: ;-..îv1ot /v, On et rendru compte 1&o11,,,,,a.. qtt<'i?'a quel puisse utiliser pour les 'bute do I''iav<atiea'a'Mt<  téi|ip9 linante de la viscosité que ceux autre,> 

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 11i11f14HV utilisée à cet effet doit être soluble liliI'i1;1.N64 , ooitpoultion de polybutene dan# une soeur$ auttiolote P4" vl;

   lui permettre dfitrt aaintenur en oa.at.ow w la soeu 6 nicousaire pour stabiliser la riooooîtie . ,;,V"-iv4 lift raison pour Inutile on prdtbrt ooaaa 'ix'it   ', #axa du propylène au otyrbne est la nature Ma pou toxique du etyelnom D'autre parti la tétraxbre du propyibne printt : un léger inconvénient on ce qu'un poly"but&t stâisiliil p ï ; # - lui âonnt nai 9ano  à une lgra coloration brun* eu&&4 II ;. b , *et chauffé en contact aroo l'tluxtiniHNt mais oette ooloX*ttoa' ont négligeable et on la compare à colle du< aux huilew pour, *'1 palier  olR8 l%u98. ' ,:, La la formation 44 wa3 d'ua lubriebut, #" POUR ptdiars du tYP4 pOlybUténe  t ïilXlt4 par 10 têtraabte paw pieys typ* polybutnw <ttabiH.<< p&p tPMt , du propylbne peut être en grand* partit aupprludt par X'ttti#;.'. ". lisation d'additif$ tt.azydeuxte, par exemple de 1 do para*  ;

   ou dt pMC&-torbutyl*ph<B.ol. le but de l'addition dea ttloodw gras esturde à y j'rt chaîne  # longue* dans les Ooapositlon  4 et 5   44 itrri* % '/,"#'* d'additifs de support dw oharg<f non taoh=tw quaa4 les #'#--#u:' laminoir$ tournent lent*ment. Ces a,.aaa3.w ean sont do 'ii-i/irj} \ Préférence 4 chatne droite et il* ont une lo&Ù9tt? 46 Ohatào-, e ' 4' u moins owyt atome? de carbone* Ban  des 09nditi6!Mt'd$ -,;; jazz petits la lubrification due 4i, ##-#': polybutbne ne et établit que partiellement et on trouve d9<!'- avantageux d'ajouter ,}uequ'&. 5 % environ, et de Prdt4rtAQ4 .,.#{, de C,5 à 2 in do lladdjtit de support de charge pour ywvtaxlt¯ la charge dans ce# conditiono, #\'y::-tr, bzz Le but de l'addition des Rnïrr"ZÎ'4i il,l 1"W la ' j i SMtolube il et le Top<mol BUT tGt,j3Gl.',C'i 5), Qat 4 # employer :

   

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 Ce développement .de l'acidité 4ana 11' l'1\nttii., ,our, ,..l;1.rllt;,;'; '/<" .' "/.1,:,,I1..11"'f!f de cylindres  II est connu qu'il n&% inportiuit " u7tE r"Y, zur 3.ao3o.ra .a coapaat,at d'a #' r:" .#*'#/-. '-\f i.{.!. pour laminoirs de 1% coapoaiticn d'qr1te dans It 1>rmtf''; #' ''#<&#- , 1".. ,: ç'U I j."'-il." h.,4 britannique ?' 819 O?5 précité soit excite d   i44t*Y ft'Pt"*-- ,t;" '" :1.., :\.:;, J. ''1t''J\ donc il let importa* aucai que tout:$ hu11. - pour >p"'11'.r. i1}',..:.",:::I * . r,.. \.f 1 t 1'.,rr""'t5'f,1", eculw dans 1a précédent  ne 801t pas w.aid0t Lei po11'but... , 7;'i.;e;a -'l .... '''''t dent une fraction de ,pdra3.a ont hndanc8 " 4.4.11(1IPOI'" -''' ,.'4,. 



  # - 1-'.1\t-fji.1 l'aoidit4 ta tervioe, maie ou peut rem441. . eettt 41ttÓu1" .f: par l'addition d'un Mii-oxydMt convenable X  ebois r4tl ,\' V par l'a.ddition d'un a.nt1-oxyda.n't oonv.na'b. 1'A"co1x 1'..1 ,'.<t:f<. 



  ::.14;,liï dt 1 t anti...oxydan dépend de lu qualité du pol:r\nat11,,' \\ tjTpt \4v}' de la fraction de ptrola et du stabilisant dµ "1,cJ081"., ...,.':':: , fia,1 utilisé. ïopanol BHI Santolxibe  eat #* .....1 w - <#  #" '#' '"" ut11184. Le apa,ixa. )g et le S<mt9lbe J se eeat 'qu, áa k < 3 ;.. 91F '.. x . r , , de$ l1o:lb1'8UX ant1-oxldanta qui peuvent Itrt utilisé* ' # ;# '.1 - K< Quand une ooaposition lubrifiante du p*é eat I,j'V1. est #1.v'"t- $'du , eU81h dans un appareil à palier. en feuille  on 'trou...,  ju  bzz xi ", A' le lubrifient sa comporte oosune us fluide non orvtaniat 'sr 'w lubrifiant comporte 0098 tluide non lwtoa11' '':'C1';:,: un aoeffioient de ,ra3oaaat qui augmente quand la Titeeee 4. :'t :(,,:.t\, , ,1.w, cisaillement augmente dans la région de frett'itmeat .-1x'. 4a1U":' -{> laquelle le lubrifiant est prévu pour serrir.

   Lee résultats '# ïfflJP . - , 9',' ;i ! l ""'" i 11'" obtenus indiquent que la composition 3.ubr"azns aa .uplJ:1'UÏ''''''1': aux huiles minérales Newtoniennee de viscosité oONpee.'ble <j,uf ¯;" 'W -**. aux huile. Minérales lewton1onnee v1aooa1t4 OO.!.rbl: : ,s .,x ; sont d'un  sage général normal, " -# ;..,,1,' i" '",i.tft:: Toutes les proportion  données y ni x nVTrep .'w2)=r*.','fiy- ''' Toutee 118 proportion$ dQ%U14f' oi..4ee8u8 )ot 4.., ':J:',\\:;;'tt,v' ... \ l '1 i", '...: "- r'iotY:, 1î;t proportion* en volume, ## ,-\ ''. >"1 ':,:i ';;':;;Jn'< v. ",:f 01\. : ... 1," : ,..r. ";'t.. ... 



  '1' Composition lubrifiante ." "" \ ..........'" l /I:'. 1 'f It Oompoe1tion lubrifiamte <!. ?.Tie.6S<d ;:':,' qani \me T1aJo,081U .upri.ure 600 eecondl' Ro4woot ,..':: (t':ttt : '.J¯ ayant  ne viaooaite supérieure à 600 secondes Redwerô .. hfWi& rr," 7,"Cr aa.rxoër.aâa axez q,u'ar,.a aaaprart \ ;. ,-1 '. loi,:" "1( ."''''4: ''J ' 37*0, oaraotériaée en ce qu'elle comprend un pclybte&e t *#";#!- 'l'.r ; 1' ..u.t, add.t.t' aa"b.liea viaoosté ' # l '\ '-'+",y,")J,;I-f' tl!i."{: '''..un additif stabilisant la visoosité, ooneistant e  ont *ûWti 9*?*'>|f* <" ' 'F7'f:,t organique de faible poids moUou1a1r. 9ntenont iin., d,t'Lt.11,. , "#'': réaotite et une huile de base minérale légère ayant, w, Jadlot '?f;

   ' r4aot1"0 une huile base  in4xoal. 14,,1" - , .10' - v':'" ,de brome très faible, , . -;'-'''' '.' S'" .,, . ' . c 1 t? ü iQi=:'..J'i.4 ï4 

**ATTENTION** fin du champ DESC peut contenir debut de CLMS **.



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  ':.'? p '.. p.'U "I.11OA.:; &) Poï-t .: aux à toit @ viweoxiK, tt lA pf, t.t1! 1ouU.t1f 4a occulted which can Y474i'r in center t < mo t iltwiiuîitX, MJ \ ±, '# -> - #.: ## -...-.: \ -. h> :? ê0 :: le l & mina. l1. OR "" lutr ...: op4r. t1on., 4'J, 'f4J.f;!: ±; *; We have found that the tlBooiltl of <n; t.aoM9tia <V'fortf vincoaitè containing don aubstacoeu of the type pu'Ir14 ± 441 -t , jl- nt notably reduced in lapis of teapt rtlaUrtatai. # 5ï- ï: heart-fe (,; ',. t ...... 4.i1 ".n some hours) when oex ôoajpo 4Uo8tT ±; are toumisee. working condition e4, rereg oOmpQrtW1t .f ':;.!.:,.' /. of high $ pronaïonnet a strong oi.a1111I.nt. 0001 '.' St ua. 'Vi':

   ':, inoonv4niont tra serious in the use of o << oeaçoaltleài'-W ¯'. lubricating horn, 'By txemplt, it is common for the $ 00. &' ir \ lot'ùra..4;:>} '.} rolling mill. specifying a <t 1'1 "00.1 t4 ainialw'pow.ltw.lub, .. -tiante to use in landings. ' d. and aaohin *, '99 -,;: on: 1.nt particular of 1> ol; YQ) '4t1nee in' 104 1Ubr1t1i ") r ::!. i ;; t :,

 <Desc / Clms Page number 2>

 
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 that 1 <HM * viwooeiK eat d1J1u1 \. 'lIet.tt iuiabl .. 1 * * rr t \ J'11., '11;' , 1.



  . and difficult 44 to predict the viscosity r4.11. 4. ## * ô'oapoiiUoaSl; dan. 1 .. 4th working conditions under which 11 ** oat lY1ü1111ī '<t'.



  00U8 lubricant * ,, '' it g "; a '"' ir '., K' tu F ,, \ / 1: f "'1 {" "(, I On the other hand. Laws 011014 ± 1n., pritru ourtp4t% to, before * 5 i for a utilteatioa asaa <lubricant * 4 & u les. s: $ 5 devices performing some op4ra.Uona 4, work 6 -f 'W xetals on 1 (U1dni \ Ul.'.



  'if ... t J He has 444à â $ d explained in the torus *** b7rpüQt1! bzz L; 16 4t4 exp11qT.td dan, lu, "ey.t bri zin \ 1 'n * 19e4i3 only if the surface of the.lumin1wa bears' IUll1.18"> .. of lubricant for known iMtiHoirf anUr1.u % 'Qu.'i, .11e', y -: ':. r. , '/ f 9!' '- have 815 = ioo at an 8th' 1st stain formation, * when we? <"bzz had aluminum in the oonditioa * los plu <f <no)? t'bl A, cooked lfal = ini = in the The most suitable conditions for carrying out the annealing operation, Zt 'brtrtt!' u ... tasm1qu, ', # x. n * 8,9e? 3 above describes lubricants p lUL \) \ o1r,. ",' : 'which solve your probity. 1'out.; T'o1a, we noticed! 4-Ga "x ¯ the practice that *, with a lot of lam1no1rl, the oil of: <(..:; 01, tf, tt ..- ..,; palpate tend to ooze datas the systbxo of the lubricant /: .

   Rolling Mg0,: '. y, :: it1; Lftl lubricant * olaa.1qut. for steps of 011i14 "'fl; ......). t"' ,, 4. ,. ", are petroleum fractions which contain a high icnpixn" cr * i,; '' "their viscosity depending on their range 4t'uli1Qa.'t1.; \ have the MVTagw, for a * use 48 1 .. lam1nO! r,;, q.



  'h' bzz wolf Ti.osit4 and dynamiquoment #table * ir. tli the * lii4V | v black cold rolling of the .lu = 11, he t i lit3r. deny do stain, 'vrem8n l'.lua1n1ua and $ st $ ## 1ubr1ttaa, for cylinder bearing yes tut in a * * turn * tppr4w # ## Mwf, -, M * c1able qUlloonq, u8 in lubricant do 1. .1n .., t, ', il.

   PI \ l1 ". Removing the 1.ult & Q 'advantage of 1.U \ 111a'1' 4te" û9uv6Ux laminate lubricant * will disappear * go not staining M tMhMt'- # 1> wv: "... 1" " ,, '<' <:

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 , eu afctanoe ta 1.rUli.8111 4th. tieetit a1iphat1q \ 1 "s * tttr4a à '' v> Wk, - '>" 1 ohaînta 10UlU "4ane 4 .. traot10nJ lagtraa da p # a, a 00'" ', J I' ''.: 1 :: . described 4 year. 1 <fcrarat br: L1i-.nn1qu. ", 8,811.075 rda3 '" -. ,: "\., II a 44k 41; 4 p29pt> 4 4, pl" ipu.r do * lubricia .. petty H "t, 4t il; ', t .aup3a n * << lMtg <' <m 't â t polsrtniWtttt a1'IO U. fauilt ml.t! .i' ./. Légfcrt th rmi (iue nt 16tb, i due to dt'1'offét "11t" it failed â formation of * taoht * dtt polytmtlntt qfi $ xxâ - X * M .t, ..



  ". ' weakI d. t01. "ll1.:t1on d. taahar d .. po11b \ & A ,. when oa 1 .. '#' # "- '$ &" -' "''. warm * aa contaot areo a .é1al. Owa 'huilow for 1 ... 1no1r .;' -. '#. 1 ##' agitât tint Tiaooaité? <Tlttiv <MBtt: "b8 t .o" t'aa18 "i. '.N ,,, yh atultmant at 3 #nTiroa j> alytotkn a drun poida mel <* r-% f otuMMt k, .J1Yiron jlyb'atnwt aa p014, MK ou1 & 1%'. da 50 * 000 to 60,000, well g.ua ui1111..t1oD 4.plpa;. ',, ç,; ,, ï r 110n. da polybtttènaa going up to 30 J (ay <t <IUII'r4 .. ":;

   f :: '.:' When one foma un lubricates 'by nélanga 4 tu Ol111U "'; '!' ., ..:.; .. tfcn di ponibl dâ) M <la coaaerot at 4 'un. huila! nin <<",!, #% # #, # <##'. * '# &#f.; i 14ghl' for will produce a r3aruax lubricant which una, 1 '' '' 'S.tI.: ±' #, rupér3rucr 600 xooendte a.4woo4 I * 1 to '7, a'ot <m viaaoiiti '': t ', y- - # 1 5, - aa, bx3arra quickly aeua l <eff t da jfûroe <&# oiaailleatnt' i .. <km ,,,, and aat reduced in a way, .mu .nit 9n qu.lqu .. aura, r \ '' # - '' # '' 'yjÊÊ ** "', -plus, la 101, \ r4 .. charge. and 1., tOl'O" dt aac , 3.year have -; # |; =
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 ; i,:. un afftt t..por.1re euppléaentalr eur la n'Go.t ..,. 4th aaa a; . "1 #J. Oil * n os qua lony rte ,, 01114 ... reduced * lWN4t.4i1!, I111ï? ILtkt..ryA .;

   , - ', daa foroa da oiaaljlllaaant ri' 4wa oharg ** and au, ...,. da bzz, aourtau one. liver that they oateo! to ir,. ,. # y 'stC' 'îiïÈ Vf / - Ca can tn.41tt à lette, ltt & O \ J1t4. 4 '\ & 1 \ e ... ".: J' 1" "" 1> ,. H: t. wiapit, ..10n the prent invention, by,., & 4 1 tt ..... o. ? t.



  . ".: .. -:. # 1- \,;: r. -.Ts." 1U..antt 4th wi.aoaa3â. da ¯on1 ..8 .ub..f.U) "x.,.



  # tria r4 "01: 1 ,, .. da weak. peiM ol # oulair taîlat 'Ut -4 ..?,,' '' 'rbs3rar' r3bv pa, â srcea ¯a.rx., tr 'dx. n il.:Xj e, r '"". aono.'r .., dtl 4: lJa.1 "'. d erbra # t9f # r "Uf'À '##. # # ** -'> f-mm Itra faoiloaent po11 & ': 1., .. du t & 1t 1 l <t <aM 4'uai 4ttt # || I .A 'link rdxsr3rr lady 1. \ U' .. 01'0 \\ 1 ... f, t '111..01' 111 "". ',:' x

 <Desc / Clms Page number 4>

 
 EMI4.1
 establlisant de visootité- is pr4.tîrtnoo tatirieur 250 and must not exceed 500. the ettbiltuant ti, aa4stt '? e c k W. ', <? / v m pvitisi * and the t <tp <uatr <of the propylene in a proportion di i to 3 male one can use! * of the nonoaeree oome the stirbau acrylic acid or vinyl alcohol.

   On s'i pu oam, itt t '. ment oaxri the micaniume of action of the attbiliitnt of rîoooâi * 4 "'But we consider that it reacts rapldeotat with the subst" 04 * of the typt% with free radicals # * ioxmea twiportirwaont when the aliatnc of polybutene or of another pal, a.i9.zs have broken up. 'e. t '. we the effect of ± * pink lntenson of otualllement (lut gnaw trent in lox bearing * do lizoirt, As the additive i lu. ', -', $ same tendency not to polymerize and like es, reaction with the. * 'T> degraded polybutfeno tends to fopatp compounds with ahatnes,. Longer, it is important that the percentage of the <tddijf in H 1.4aYV dace a lubricating effect is vigli 1bf'1V, yr r'i. * Anoint of heel, uü, does not result in an excessive increase in Ylâoosity.

   It follows that the pouroeat at *> # '*?! # *' Of additive * atabillnant la r.saosi t6 "will be determined by 'xtt' y> *: f certain number of factors, tele that the eerrioe to which doi 't' # '- \' !; <1 M, ¯ 2 t 'it'. r, i to be submitted the lubricating composition, the weight toleculum and the type of the polybutene or other polyoletin utiliod4 "â r4; ., in the lubricating composition, t the nature of the etabîll4ant bzz visoooltè So ohoiwi.

   When the stabilizer of "yh., F vieooeit <! Tot one of the subetancea mentiC = 400 ei-dsrruat it is preferable to use it in a proportion lntdrteuxo * 'Tî-r'; 4 preferably between the%" "* 'f:% ît * / -, taà jazz aona.dire 1utiliart: an pa.butza âruu' When we confirm the use of polybutenea 4uMt: | iM lubricating compositions intended for bearings $ do klj Ilminoîre for. "au.ai.um, the reason why the composition bzz Containing the o.ybatria: does not lead to 1 '. /y*r,.F

 <Desc / Clms Page number 5>

 
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 'x.'os, x of taohei on 1.umaiu is that, at l, tMp << * ±. # '! -ï- '#%: 4.of later r.ou1't, 1, .. pOl1but, nt. are fnoilomtnt h.01O = ': ff'>} # 6. 4. 4 "# #.". V in .01'01, i11 .... oàatnet short .. which neither stain pu 'lt a1wd.iU - .. ::: :(: 5. Li' '' 1: ' , .....} lt ". 7t \,, .11 xyz Utu 4. note that only the pOlol't1n" which 1 ';

   "',: ,,,,' ':} i3h: t *.,.:' '' .dY1..nt tao11emlnt k la aapâax 4, rtou1t.o \\ au-4 ... ouI ',. * 'ft. 4' if L '),' can Itrt cQn81dr4 .. ooue ut..aab.a, dan. 4 ,. lUbt'1tiNit. ': i',., 1 "1% 'pcur .paJ.1.1 "4. rolling mill .. In mtmw te pif it is & V) tat <9 i v'1 '1 .. t,;.;. + 1ti A: .t.,: -' T, ur, the <somplaxwet torln "ooaao çé ultate of the addition '\ 1 <i ¯, ,,,"; Fa3. = .. atc, r. " t He does not "11181 de t & 90n more than them * #" ##.,. # t \ t; : fA torm, u1 pu of wubatanoee who try, 0101. toui; .to1 .. f ta ::. is not & Ut.1 important, because the quantity r6.11. of coa QQmpl ..:. 1 '/. Il. y% A.AV ¯ pr4..nt "in the rolling lubricant, by auiatagi 4 at # '" # \' M- '; zou last of the bearing lubricant, will be <videsta <mt 'fault tëWjjfâf:

   'the and pap oon.6quont.their effect of formation of taoh .. small * W *'; || iÉ | N a lot of oas not very important. "" 1 '"fe'À ± v We give o1 ... aprh of examples 4': lUb1'1t1'8n1i: '\ i:" k, t.} Tj poeaede a torte #Ueosite' initial., Which it ooa <myv <nt /.$: 'after the application of shear drilling, and which n10IlÍi'; {not or have very little tendency to form dee t4. \ Qh .. tîfWMf vJ * 1i '.. 1.': ':' :; V: b \ d \, 11.11 'the strip c1 t 811n1 UU1 during the paouit dan, the: 'S': f; '::': aontâ.ona qui peutran tra u..abe svaa l, ubrif.a.nt. ';'? r; ,, oonditiona which can be used with the rolling mill described in UK Patent No. 19,07? gf. pr6oiU. '' 0. '' '.%, B' .zi = Y ;,, .f '' i ': cyyx.M Yx'21 =;

   OOUTOSITION 1, 1 -;, .... qif '#' Oil dt 'OQ1. & Mineral 24 "V1eooa1'U initial 1600, :: ..'; {;: ib1 seconds Sedwood s' 11 1 #> * p > V Polybutene 75 ÎÉ 3 ?, 8 * 0) Redwood nt 1 ..:,. Of foroew of o1ae.illfm.'i ;;.;: Styrene Ijf for 15 hour. T 2000 ;, 4 ;; aecondea Sedwood u '1 ssiiÈm $ * \ 1'¯ \\ "' f" 1 '' '' '' J 1 i. '"R ,,' y ^ 4a", ', $, 4 i "" Buile de aol ine * rale 48 Initial Visooaite 115 # V *? f8 des Bedwood n '1 37tS .- /; <,' 101Ibutn. 128 50 J * after the application of t.ro .. ,,;,;, obl1illm8nt for $ 1 -., '' y * .1; 1 '. Styrene 2 "hours, 1 $ 50 seconds 1.4 ... 41:' n '1' 7, S'O .. bzz ..A '... j'.

 <Desc / Clms Page number 6>

 
 EMI6.1
 



  ¯ ... 2 "##;"; # J'é ,. : ": '1. 11. 48 0011 & aih4rale 43} f' 1.oo.1 'Initiated 1150 gadfly * of 1.4wo04 21'). 3?, Er rol1bun. 1e 50 .pri. Lfapp110.tOQ de ferot de eiaailltatnt for $ 1 Acid & Qrl11u. 2 - h9up <m, 1550 880 '. " , .4'004 'atlfc37,8 0 .. #',, J c? .f ::: i Oil 4e 001 .. ainfrale 46 - 7i.ppVWlfi initial 1SOO M6M 4 .. ae4woo4 # x to 3T * ê * 0i POIJbut'no 129 '0 ap: "1 * .pp110. \ 1on 4. tor08 "" Cie oltú11dent p.4ant 15 H 8tlrne 2 heureso, 1600 "00 4 .. 1.4woo .. Lauric alcohol * 2% f '.t. #;. * t. ±! .. 1! PQI! 1f, h ..,: Polutin * 128 52 Ji Yi9oo ité l & itlftU 1250 toon- Abunr bzz8, de. 2.4'1004 1 \ - 1 ... 37 <8 '<!! ! 4tramôr. of the proP11.nt 2 aar the applioation 4. drills; # of o1t1ùl1ea.n 'for 15' '1 Aloool etéar1que 03 hour, 1475 ..oon4 ,. 1.4.004 Alcohol oit111qu. 0, 'n- 1 1t $ 37 8 * 0. 'bzz.



  8utolub. AS 1J11 ... 0, ''; - f îopanol BRT oxidants o a Je .. ','; # "" Gulf Minwral 8. & 1 Cil Coap14a.ni # ex '#> jj We find that doing Tar1n. la ttatvur tA, .1tb "'-... ç ##. ni 4, la oompo.11ion 5. la Ti.oo.1t4 pful Itft portlt d 1'1 - eo & ot Redwood 376' tVte 3 $ <&?. 6 5.i second 18d1'o04 n., 7.e'0. "'0' 0 f, 4, polt'u" ',,, ::, - 1' .I., .. \ "'1000 aondea Sodwcod 3?, 8 * 0 <.y <e µ0 Mlya <1000 ttoond e Hedwood z '37, 8 * 0 ree 50 dft polyïwti #, "' 1000 Iloond .. a.dwood 31, S'0 & Y'O , 'O # # #.>: * F #t at 2790 ooBdwe 1.4wood a * 1 at 37.8 * 9. "' 0 6% dt <:" 'j p011butene, the pol1butn. Being the P011but'nt 128 A <taw o3tr ''. Oat.

   For the purposes of the invention, 'Ut t <a * m' '011 "" -' case Four les buta the invention, use teaeur polyMitaa '<, / #% dt 45 1 55 i wt,? X 'ÏX "il? 3.1iv,,. &%, The o11bu'n. 24 and the o17bt'n. 128 have 4th. , UA11 ', t \ Ü lont "' tn4u .. by the 'Ofon1 h Ob ... 1Q Ooap .., -., 40n',": ':' which aont vwnduat pM * "Otonitt e $ aio <d QMtgoay *,; #>!. J the molecular coidt * aoyens eoat <p <oifi <<< oo <t * at po148 aol & oul..ir .. aOltn..on 'a' o1t1 .. OQ8a '':; 11 from 840 and 1500, respeotirement.

   It aat preferable 4au the v'-ffti preaenta invention 4'ut11i.tr a pol1bu "'ue qaD' = hair ..," zizi ro3.âau, will 1nt4ri.U1 '.. 2,500, instead ofe, ol1but'. ". ,, '..' l" N :; weights mo1'0 '\ 11..1%: 8' of 50.000 & 0.000, "'1 have #% <a <11 1

 <Desc / Clms Page number 7>

 
 EMI7.1
 turn = *. use due 1, "ë'IQ., 1or Xabrififtutit ;; v,: -!> # ####. # .'- 1". , "1. <\ r: ';::' /: 'an $ 4rieures, 00 ..... n, toc4, lt.a.hdt ...

   Os; ô; #; ##. '<#' #: -; 'pJfcvv ./.,;'.,; .-o -: ## '#' ': r \ jg! ;; | ;! '.;. (/; do 0011..1n' &: I. ', "', Q.laq \ 1,11'.1 ..." 'I> j1 ;; ", :::; , 1'n ... ft1i 414., ont = 0e & ott = slight 4'1 '' '' '' '': i "',' a very weak 1114101 4 * b: vo"., '4' '. ot. that she very louse of non-i 1uré HA .. 'een4Mie <B,' 'j' <M $ #H: -: k problems of formation 4 * tohte. ï Ileult JU. ': o ,: '> ..:': ;; i ïj-4,) '. " '# l, # *' <? # é ;;>; aoal Oil "have an oil utrit having propr14U..ta11ùl" .. '' ". # .. # ',' '#vi |":; V Sa using a lubricant containing 10 do polyiJUf' 1 ';: ! ' ;: -.- '. M tina 128 and other 111Ç.41et. in the proportion # 'Û w4 *' v '*' '' "> # '#!' # '' # $!. for-composition 50 an excellent protoottlon is provided *?> ',.;. (: ¯ : {:. 1: aux s <di $ ra t <tl blanc-aoîer of a lu1noh 'for batch & talntft v; 0: cold of tou1l1a1'4 4' aluminum ..

   Vil. ! .t '<,: ;; -; -; Its flow in the lubricant of 1..1n & .., cold * \% ## rV; "'-":% practically non-staining does not give birth to any * "1 \ 41401 la; t.'01'1u.1Qn of spots wu? le ttu111ar4, 4% # when oa # ';:' ':% {' '::. a ::::::: 1 :: t ::' ::: 1 :::. :: level 44 = 4 the fiant of Xaalnag * reach 3. <level #xotptlo n * ll * nii <itY <; l # "On eba <rvey <t qu * s 4 10, \ 18 1 * as' i.4" '. ",".'.} ',, 1.00.1 tl of * lubricant prè Un rtanLa AQ8'bI "4, th. \ I1"., "2: de aertiot is actually you <at <m nlioa U, 1a. u .. p tlt * ::;

   quantity 4 ', a.441 t.1f presents us mowing of aODOÙ1: .. "4., .. :: Y ..' '' # '# ....'; '::' ';:; I 'r ,.} pOt1 =' r .. r4aot1t of low po14..ol "tJ.w ..,. propartlcn # ;; #. :> 4 '# # # -. # -., -' ##?.: -> -de .t7rn. nlo ... a1r. ' pOUJ; ' fttab111i.r If p% lybut 4.40 $ ii & r ## '' .... '#, ..:, ##'. # "vi.ji.;, 801Io-ull.Ù '' Low roses is int41'1tu .r., dei B <9 'w. when te p010..o14oula: h .... t plu 1.1 ",' # '-," / ## / #:; - .. îv1ot / v, On and reports 1 & o11 ,,,,, a .. qtt <'i?' a what can use for the 'bute do I''iav <atiea'a'Mt <téi | ip9 linante viscosity than those other,>

 <Desc / Clms Page number 8>

 
 EMI8.1
 11i11f14HV used for this purpose must be soluble liliI'i1; 1.N64, ooitpoultion of polybutene in a $ auttiolote P4 "vl sister;

   allow it to dfitrt aaintenur in oa.at.ow w the sister 6 nicousaire to stabilize the riooooîtie. ,;, V "-iv4 lift reason for Useless we prdtbrt ooaaa 'ix'it', #axa from propylene to otyrbne is the nature Ma toxic louse of etyelnom On the other hand the tetraxbra of propyibne printt: a slight disadvantage is that 'a poly "but & t stâisiliil p ï; # - lui âonnt nai 9ano with a slight brown coloration * eu && 4 II;. b, * and heated in contact aroo the luxtiniHNt but oette ooloX * ttoa 'have negligible and we compare it to glue of <aux oilsw for, *' 1 bearing olR8 l% u98. ',:, The formation 44 wa3 of a lubriebut, # "FOR ptdiars of tYP4 pOlybUténe t ïilXlt4 by 10 têtraabte paw pieys typ * polybutnw <ttabiH. << p & p tPMt, propylbne can be in large * left at the start of X 'ttti # ;.'. ". lization of additive $ tt.azydeuxte, for example 1 do para *;

   or dt pMC & -torbutyl * ph <B.ol. the purpose of the addition of ttloodw gras esturde to y j'rt # long string * in Ooapositlon 4 and 5 44 itrri *% '/, "#' * support additives dw oharg <f no taoh = tw quaa4 the # '# - # u:' rolling mill $ are turning slowly. These a, .aaa3.w ean are do 'ii-i / irj} \ Preferably 4 right cat and it * have a lo & Ù9tt? 46 Ohatào-, e '4' u minus owyt atom? of carbon * Ban des 09nditi6! Mt'd $ -, ;; jazz small the lubrication due 4i, ## - # ': polybutbne and only partially establishes and we find d9 <!' - advantageous to add,} uequ '&. 5% approximately, and of Prdt4rtAQ4.,. # {, of C, 5 to 2 in do lladdjtit of load support for ywvtaxlt¯ the load in this # conditiono, # \' y :: - tr, bzz The purpose of adding Rnïrr "Zî'4i il, l 1" W la 'ji SMtolube il and the Top <mol BUT tGt, j3Gl.', C'i 5), Qat 4 # to employ :

   

 <Desc / Clms Page number 9>

 
 EMI9.1
 This development of acidity 4ana 11 'l \ nttii.,, Our,, .. l; 1.rllt;,;'; '/ <".' "/.1,:,,I1..11"'f !f of cylinders It is known that it n &% inportiuit" u7tE r "Y, zur 3.ao3o.ra .a coapaat, at d # ' r: ". # * '# / -. '- \ f i. {.!. for rolling mills of 1% coapoaiticn d'qr1te in It 1> rmtf ''; # '' '# <&# -, 1 "..,: ç'U I j."' - il. "H., 4 British? ' 819 O? 5 supra be excited d i44t * Y ft'Pt "* -, t;" '": 1 ..,: \.:;, J.' '1t''J \ therefore he let importa * aucai that everything: $ hu11. - for> p "'11'.r. i1}', ..:.", ::: I *. r, .. \ .f 1 t 1 '., rr ""' t5'f, 1 ", eculw in the above does not 801t w.aid0t Lei po11'but ..., 7; 'i.; e; a -'l .... '' '' 't tooth a fraction of, pdra3.a have hndanc8 "4.4.11 (1IPOI'" - '' ',.' 4 ,.



  # - 1 - '. 1 \ t-fji.1 aoidit4 ta tervioe, maie or can rem441. . eettt 41ttÓu1 ".f: by the addition of a suitable Mii-oxydMt X ebois r4tl, \ 'V by the addition of an a.nt1-oxyda.n't oonv.na'b. 1' A "co1x 1 '.. 1,'. <T: f <.



  ::. 14;, liï dt 1 t anti ... oxydan depends on the quality of the pol: r \ nat11 ,, '\\ tjTpt \ 4v}' of the ptrola fraction and of the stabilizer dµ "1, cJ081". , ...,. ':' ::, fia, 1 used. Iopanol BHI Santolxibe eat # * ..... 1 w - <# # "'#' '" "ut11184. The apa, ixa.) g and the S <mt9lbe J are eeat' qu, áa k <3;. . 91F '.. x. R,, of $ l1o: lb1'8UX ant1-oxldanta which can be used *' #; # '.1 - K <When a lubricating ooaposition of the p * é is I, I V1. is # 1.v '"t- $' du, eU81h in a step device. in sheet on 'hole ..., ju bzz xi ", A' lubricate it its comprises oosune us fluid not orvtaniat 'sr' w lubricant comprises 0098 tluid not lwtoa11 '' ':' C1 ';:,: an aoeffioient of, ra3oaaat which increases when the Titeeee 4.: 't: (,,:. t \,,, 1.w, shear increases in the region of frett'itmeat.-1x'. 4a1U ": '- {> which the lubricant is expected to tighten.

   Lee results' # ïfflJP. -, 9 ','; i! The "" '"i 11'" obtained indicate that the composition 3.ubr "azns aa .uplJ: 1'UÏ '' '' '' 1 ': with Newtonian mineral oils of viscosity oONpee.'ble <j, uf ¯ ; " 'W - **. with oil. Minerals lewton1onnee v1aooa1t4 OO.!. Rbl::, s., X; are generally wise, "- #; .. ,, 1, 'i"' ", i.tft :: All given proportions y ni x nVTrep .'w2) = r *. ',' fiy- '' 'All 118 proportion $ dQ% U14f' oi..4ee8u8) ot 4 .., ': J:', \\: ;; 'tt, v' ... \ l '1 i ",' .. .: "- r'iotY :, 1î; t proportion * by volume, ##, - \ ''.>" 1 ':,: i' ;; ': ;; Jn' <v. ",: f 01 \.: ... 1,":, .. r. "; 't .. ...



  '1' Lubricant composition. "" "\ .......... '" l / I:'. 1 'f It Oompoe1tion lubriciamte <!. ? .Tie.6S <d;: ':,' qani \ me T1aJo, 081U .upri.ure 600 eecondl 'Ro4woot, ..' :: (t ': ttt:' .J¯ having no longer than 600 seconds Redwerô .. hfWi & rr, "7," Cr aa.rxoër.aâa axez q, u'ar, .a aaaprart \;., -1 '. Law ,: "" 1 (. "' '' '4:' 'J' 37 * 0, oaraotériaée in that it includes a pclybte & e t * # "; #! - 'l'.r; 1' ..ut, add.tt 'aa" b.liea viaoosté' # l ' \ '-' + ", y,") J,; If 'tl! i. "{:' '' ..a visoosity stabilizing additive, ooneistant e have * ûWti 9 *? * '> | f * <" '' F7'f:, organic t of low weight moUou1a1r. 9ntenont iin., D, t'Lt.11 ,., "# '': réaotite and a light mineral base oil having, w, Jadlot '? F;

   'r4aot1 "0 an in4xoal base oil. 14,, 1" -, .10' - v ':' ", of very low bromine,,. -; '-' '' ''. ' S '". ,,. '. c 1 t? ü iQi =: '.. J'i.4 ï4

** ATTENTION ** end of DESC field can contain start of CLMS **.


    

Claims (1)

<Desc/Clms Page number 10> EMI10.1 ##'-* #;.;##;######,# 2 Oompotitlo # *.*# * :*tv a l *tlw-.*s:r;;r'V-Ç; ## ###' ' ' ##"'##.###- ###%##*# #&'J/&t.<!$g ¯-.aM'<totia<< < ot qu'elle, Otwprod do SO %..'3w! MOU# de d'un etab111li.ut .d' n'00'1" 4tbo1.. le v/v trftraatrt o'.Bopyl't * ttyriat. iwitf .Mearttiiut''ifl.iî*i oool Tlttjrliqu*, la Complément d'tant' =0 butie 4#,b'aos" .v;'v 3# Oompol1'tiion suivant la TwveM4iaU<'3t''*,.' ,'ouaoUr1e'. en et que le .tabj.11U1 de "1.oo. t' qap"A4,'.. ..''.3. 3 % de t<tî'<Mttre du :.' ,4- ''''..''.'.".''.-'''. 4. Coapoei t10n suivant Il=* Ol'\1' 4' :)::::\:"- ,/v revendications 1 à 30 caractérisée on 04 ',"'. ,\, .t :'';'ftf-, ,'>;' r8"8:ocU.0&1;:1o:o. 1 inférieur à 2. <Desc / Clms Page number 10> EMI10.1 ## '- * #;.; ##; ######, # 2 Oompotitlo # *. * # *: * Tv a l * tlw -. * S: r ;; r'V-Ç; ## ### '' '## "' ##. ### - ###% ## * # # & 'J / & t. <! $ G ¯-.aM' <totia << <ot qu 'she, Otwprod do SO% ..' 3w! MOU # of an etab111li.ut .d 'n'00'1 "4tbo1 .. the v / v trftraatrt o'.Bopyl't * ttyriat. iwitf .Mearttiiut''ifl.iî * i oool Tlttjrliqu *, the complement of being '= 0 butie 4 #, b'aos ".v;' v 3 # Oompol1'tiion according to the TwveM4iaU <'3t' '*, . ' , 'ouaoUr1e'. en and that the .tabj.11U1 of "1.oo. t 'qap "A4,' .. .. ''. 3. 3% of t <tî '<Mttre du:.' , 4- '' '' .. ''. '. ".''.- '' '. 4. Coapoei t10n according to Il = * Ol '\ 1' 4 ':) :::: \: "-, / v claims 1 to 30 characterized on 04'," '. , \, .t: ''; 'ftf-,,'>; ' r8 "8: ocU.0 &1;: 1o: o. 1 less than 2. SOO! ' ''" r>*IS: %:y 5# Composition suivant la fta4i tlieïi 4< '''-'. oM?Mt<ri <e en ce que le p011bu"n. est pr44*,ut 4- at ;:#.#, " proportion aompri.. entre 45 et 55 91 \':ï:y0m :"'<-','# 6. composition suivant l'ua w'lt.ut"4",,:,,"i"\1'; ###*i--:i:twi y<v<ndiaienx caractérisée en ..' u'el1.e 'o...,;S ; # ; ' '".-': :' '## ."-IMS 'aussi jusqu'à 5 % d'un alcool gras saturé à ohafD.' laagat 0 constituant de support de ohar,- ' ## ',-:: V:i|, 7" Oempoai tion suivant la l't...eDdioat1oJ:1 6, \-M ;??"> r| j,: oaraot4ri.,. en ce qu'elle contient de 0,' M d-*ta* *le 'L- gras saturé chalne longue. , #, : -'#."".kf' '1/ # latour4 S. chatne longue. brifi.nt< <c< rUûQ*l%ê9: '-MË #;?":, ta .ub.tance, telle 'que décrit plus haut. ':#;..;. #;'.#,, -\- -: }-VH;/dMk SOO! '' '"r> * IS:%: y 5 # Composition according to the fta4i tlieïi 4 <' '' - '. oM? Mt <ri <e in that the p011bu" n. is pr44 *, ut 4- at;: #. #, "aompri proportion .. between 45 and 55 91 \ ': ï: y0m:"' <- ',' # 6. composition according to the au w'lt. ut "4" ,,: ,, "i" \ 1 '; ### * i -: i: twi y <v <ndiaienx characterized by .. 'u'el1.e' o ...,; S; #; '' ".- '::' '##." - IMS' also up to 5% of a saturated fatty alcohol at ohafD. ' laagat 0 supporting constituent of ohar, - '##', - :: V: i |, 7 "Oempoai tion according to the summer ... eDdioat1oJ: 1 6, \ -M; ??"> r | j ,: oaraot4ri.,. in that it contains 0, 'M d- * ta * * the' L- saturated fat long chalne. , #,: - '#. "". kf' '1 / # latour4 S. long cat. brifi.nt <<c <rUûQ * l% ê9: '-MË # ;? ":, your .ub.tance, as' described above. ': #; ..;. #;'. # ,, - \ - -:} -VH; / dMk
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE2342563A1 (en) * 1972-12-19 1974-06-20 Labofina Sa LUBRICATION PREPARATION FOR MARINE DIESEL ENGINES

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE2342563A1 (en) * 1972-12-19 1974-06-20 Labofina Sa LUBRICATION PREPARATION FOR MARINE DIESEL ENGINES

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