CS249770B1 - Bleaching bactericide,viricide and fungicide - Google Patents

Abstract

1. Bactericidal, virucidal and fungicidal bleaching product for washing, bleaching, disinfection and purification processes in the temperature range of 20 to 90 C, preferably 30 to 60 C, characterised in that it contains, perhaps in addition to already known washing, bleaching, disinfection and/or purification components, a combination of 10 to 90 parts by weight of one or more peroxygen compounds and 90 to 10 parts by weight of 1,5-diacylhexahydro-1,3,5-triazine-2,4-dione.

Description

-1-

HasBaHHe Η3ο6ρβτβΗΗΗ

ΟΤΒΕΠΗΒΑΚΒΙΕΕ BAKTEPHItHflHOE H, A ΒΗΡΥΙίΗβΗΟΕ ΤΑΚΚΕ 4> YHlWflH0E CPEflCTBO OCnaCTb ΠρΗΜβΗβΗΗΗ Η3θ6ρβΤβΗΗΗ Η3θ6ρβτβΗΗβ othochtch κ OTSenHBaiomeMy aHTHMHKpo6Ho fleňčTByioiněMy cpeflCTByfítM npOUeCCOB npOMbIBKH, ĎeJieHHB, Αβ3ΗΗφβκηΗΗ H O ^ HCTKH, npOBOflHMblX B MACT "hocth, NPH HH3KHX TewnepaTypax.

XapaKTepHCTHKa H3BecTHbix TexHnuecKHx pemeHHft

HeopfaHmecKKě nepKHCjiopoAHbie coennHeHHH b «acTHOcTH, nepčopaT ηητρηη hKapCoHaTHbiň nepoKCornflpaT HaTpufl, hbjihiotch cocTaBHHMM κοηποηθητημη τορτο- · Bbix cpencTB jyiH npoyeccoB προμηβκη h owhctkh, nphnami nseecTHo, HTO sthKHCJiopoflHbie cpeflCTBa ajih nponeccoB čeneHHH πρκ TeMnepaTypax Mrač 80 ° C-06 jriaflawT tojibko oueHb HesHamrrenbHoň cnocoÓHOcTb »OTčejiHBaTbca. Πρκ πρΗΜβΗβ-HHH OĎblWHblX CpeffCTB flJIH npOUeCCOB npOMWBKH H OHHCTKH ΤβΜ CaMbJM flOCTHraeTCHaHTHMHKpoOHbiň 3φφβκτ TOJibKo NPH TeMnepaTypax Bbnne 80 ° C OTflenbHoé πρΗΜβΗβ-ΗΗβ τβκκχ cpeflCTB flna nponeccos 6eneHKH η ΑββΗΗφβκΐίΗΗ TexcTHJibHbix HSflenuttC qyecTBHTejibHocTbio H3MeH κ ^ hhhmm TeMnepaTypbi SÆT TonhKo HeyflOBJíeTBOpHTejib-Hbie 3φφβΚΤΜ. B Uejiax βοοτιοκβΗΗΗ nocTaTonno aHTHMHKpo6Horó Βφφβκτβ b npopecce προμμβκηπρκ cpeflHHx TeMnepaTypax (40 ° C - 60 ° C) retrieves flo6aBJiaioT cnepHajibHbie cpencT-Ba PJVt npOUeCCOB Αβ3ΗΗφβΚΒΗΗ, XAX HanpHMep φΟρΜΒηΒββΓΗΉ, φβΗΟηΗ, COJ1H Ββτ-BepTHUHoro aMMOHHeBoro ocHOBaHHB reTepoumcjib h! (DD-PS 135 287). ΟτηβηβΗΗΗβΤβΚΗΜ o6pa3OM · CpeflCTBa flJIH npOJjeCCOB npOMbIBKH H OBHCTKH Ηβ o6jianaJOT HHKa-KHM CenameM geňcTBHeM BcneflCTBue Tpe6yeMoň oTHocHTeJihHO BbicoKoň hcxoahoh .KOHueHTpaipin cpencTB hjih npopeccoB ηβ3ΗΗφεκηΗΗ and orparnmeHHbix ycnoBHň npHMe-ΗβΗΗΗ OHH ΗΜβΙΟΤ 6ÓjlbDIHe HeflOCTaTKH. 249770 -2-

Oč oč p p 3 p p p p p p p p p n n n n n n n ň n n n n n n n n n X X X X X X X X npeftnoaceHHoe no WPC 11219924 npuMSHeHne ηητημηκρο6ηογο ηκτηβηογο BemecT reKcarnflpo-Ba-1,35-2,4-TpHaunH flHOHa (DHT) noKa3HBaeT c οληοη ctopohw xopo-iuee aHTHMHKpoÓHoe fleňcTBHe npn TeMnepaTypax b πρημθηθηηη 60C η ycTpaHHeT3TOT Hep; ocTaTOK, it HaOjiioflaeMoe ocBo6o) KfleHHe KHcnopofla b nepKHcnopoflHbixcpeRCTBax ajih npoijeccoB προμηβκη oflHaKo he cnocoBcTByeT ynynineHHio OenamerofleňcTBHH NPE b n; e.ne TeMnepaTyp ρ, ο 60 ° C 3thm fleňcTBHe cooTBeTCTByeT fleiíCTBHio, τηπηηηογο KaTanH3a ffJiH nepeKHceÉ. H3BeCTHbIM enOCOSOM FOIL flOCTHHb ynyHBieHHH δβΠΗΙΙξβΓΟ fluteCTBHH y »e npH HH3 ~ khx TeMnepaTypax jxjih npouecca προμηβκη πρκ πρΗΜβΗβΗΗΗ opHHnecKHX nepKHc-nopoflHbix coeflHHeHHn, b nacTHocTH, opraHHHeCKHx HankKHcnoT. HaflKMcnoTM TaKJKeHMeioT npeBocxoflHoe ΗΗΤΗΜΗκροδΗοβ fleeceTBHe y »e πρκ hh3Khx TeMnepaTypax HHH3KHX KOHueHTpaijHHx πρΗΜβΗβΗΗΗ. BpaóoTKa T3Knx coeflHHeHHn B nopoiBKoo6pa3-Hbie cpeflCTBa «south npoijeccoB προμηβκη h ohhctkh h hx nonbsoBaHHe, and TaxxeoSecneHHBáHHe HX CTaÓHJIbHOCTH ΠΡΗ XpaHeHHH προδπβΜΒΤΗΗΗΗ. JJanee H3BecTHo, HTO HeopraHHýecKHe iiepKHcnopoflUbie coeaHHeHHH πρκ noMotqH no-6aBJieHHH aKTHBaTopos b nacTHocTH, peaKijHOHHOcnoco6HMx opraHHnecKHX coeflH ηθηηη-N-O-H aííHJi aipin, πρκ TeMnepaTypax RNE 80C noKa3biBaioT 6ejiHmee H Exo poiuee aHTHMHKpoSHoe fleňcTBHe. BnaronpHHTHHMH aKTHBaTopaMH hbjihiotch HanpHMepTeTpaaiíéTHJirJiHKOJiypHn, TeTpaaiíeTHJiaTHjieHflHaMHH, TpHaiíeTHniiHaHypaT? Nail-aueTHjir.n »0KO3a, aijeTHJtcanHHHJioBaH KHCJioTa h nHaneTHJiflHKeTonHnepanHH, npnneMTeTpaaueTHJisTHJieHflHaMHH y» e πρΗΜβΗΗΐοτ b cpeflCTBax flJia npoqeccoB προμηβκη.CoeflHHeHHH TAKORA pofla pearapyioT b boahom pacTBOpe c HeopraHHnecKHM NEP- .KHcnopo «HbiM coeflHHeHHeM NPH o6pa3OBaHHH opraHHHěcKHX HaflKHcnoT, HanpHMep, HanyKcycHoít khcjioth , κοτορπβ cnocoČeTByioT yxe npH hhskhx TeMnepaTypax xopo-nifeH eenameň cnocoSHOCTH h aHTHMHKpo6noMy neňcTBHio. B cnynae Bbi6opa 6naro-npHHTHHX aKTHBaTopoB xenaTenbHo nonynHTb BbicoKyio CTeneHb neprnnponH3a, κοτορπή cnocoSčTByeT xenaeMOMy o6pa30BaHHio opraHHnecKHx HaflKHcnoT, η Κ3ΚMOJKHO He3HanHTejn> Hyio cnoco6HocTi> κ rHflponHsy b menoHHoň cpefle, KOTopwňcriocoĎCTByeT flocponHOMy noTepbw ffeňcTBHH aKTHaaTopa BeneflCTBHe o6pa3OBa-hhh HefleíícTByiomHX Conen opraHHnecKHx khchot. CnejjyeT H36eraTb flocpoHoPeaKUHH aKTHBaTopa c nepKHCjiopop, HbiM HocHTeneM πρκ xpaHeHHH κοΗφβκιριοΗΗρο-B3HHHX CpeflCTB flJIH npOI isCCOB npOMbIBKH H OHHCTKH.

HaBecTHbie .flo chx πορ ηκτηβητορη He hbjihiotch pemeHHHHH 3τογο npoSneMa. 06 HHpHOMy npaKTHnecKOMy πρΗΜβΗβΗΗΐο npoTHBopenaT TpeSyeMaa oTHocHTejibHo BH-COKaH HCXOflHaH KOHIieHTpaiJHH flJIH 3ΚΤΗΒ3ΤθρθΒ C fíOCTaTOHHOH CTaČHJTbHOCTbIOxpaHeHHH him nacTHHHo HeyflOBJíeTBopHTenbHbíM neňcTBHeM aKTHBaTopa and TaKxeBHCOKHe CTOHMOCTH CbipbH. He H3BeCTHO ΟδπίβΠρΗΗΗΤΟβ ΟΤΗΟΙΠβΗΗβ CTPγKTypa ň ň BH TBHe. flpyrHM HeflOCTaTKOM H3BeCTHbIX aKTHBáTOpOB HBJlHeTCH TOT 4> Akt HTO KpOMe o6pa-3OBaHHH opraHHHeCKHX HaflKHCJIOT oSpasyiOTCH COeflHHeHHH, ΚΟΤΟΡΜβ He ΗΜβΙΟΤHHKaKoro nonoacHTenbHoro neiicTBHH Ha FLA / ibHeilniHft nponecc προμηβκη h «e3HH-φβΚΗΗΗ.

HeJlb Η3θδρέτβΗΗΗ

Henb HacTonmero Η3οδρβτβΗΗΗ aaKJHonaeTCH b tom, hto6h pa3pa6oTaTb OTČejiHea-

.romee ĎaKTepHHHflHoe h, and Taras BHpynHffHoe φγΗΓΗρΗ ^ Ηοε cpegCTBO nna npoyeccoB 249770 -3 npOMbIBKH, OeneHHH, ΛβΒΗΗφεΚΙ ^ ΗΗ Η OHHCTKH, oCjiaflaiomee, Β MaCTHOCTH, ΠΡΗ ΗΗ9-κηχ TeMnepaTypax προμμβκη bmcokhm 6ejiamnM # eňcTBneM and taxxi uihpokhm aHTH-ΜΗΚροβΗΜΜ ΟΠβΚΤρΟΜ fleftCTBHH. ΠρΗΜβΗβΗΗβ ΠρβΑΠΟΧβΗΗΟΓΟ COrJiaCHO Η3θ6ρβΤβΗΗΚ> cpeftCTBa He aojixho h Rip 6onee bmcokhx TeMnepaTypax προμμβκη cnocoCcTBOBaTbCojiee cwibHOMy ποΒρβχηθΗΗΐο cyficTpaTa πβΜ b cnynae πρΗΜβΗβΗΗΒ ο6μηηογο KHC-JiopoAHoro cpeflCTBa ajih nponeccoe 6ejieHHH. Cjie «Yet p6ecnewrb CTaSmihHocTbnpH xpaHeHHH oTčejiHBaraKiero, 6aKTepnpH ^ Mountain, BnpyijnflHoro h 4> yHrmpwHorocpeflcTBa b cpencTBax ajih nponeccoB προμμβκη, 6ejieHHH, Α03ΗΗφβκηΗΗ ή omhctkh, HexoAHae KOHueHTpauHa AonxHa 6uTb bo3Mo» him He3HanHTenbHa h TpeSyeTCH MOXHOCTb ero-BO3 ΠβΓΚΟ BpaSaTblBaTb H3BeCTHblMH ΤβΧΗΟΙΙΟΓΗΗΜΗ. UejIbK) ajβεΤΟΗΠξβΓΟΗ3θ6ρβΤβΗΗΒ ΗΒΠΗβΤΟΗ AajIbUie peaJlHaaiXHfl 3ΗΤΗΜΗΚρθβΗΟΓΟΑΟΠΓΟΒρβΜβΗΗΟΓΟAeňcTBHH.

HsjíoxeHHe cyuiHOCTH H3o6peTeHHH · B oeHoey Η3θ6ρβτβΗΗΗ nonoxeHa aaflaua cosflaHHH κομ6ηηβπηη nepxHCJioponHorocoeflHHeHHH c aKTHBaTopoM, oGnaflaioineM Cam aHTHMHKpoÓHMMH ceoftcTBaMH, κβκcocTaBHaa κομποηθητ3 fleňcTByraiuero b npenejie TeŇnepaTypM Flo 20 rpm 90 ° C, but npeHMyqecTBeHHo 30 60 C h oTĎejiHBaHHnero GaKTepHAHflHoro, BHpynHnHoro a.Taxxe φγιιπάρίΑΗΟΓο cpencTBa . 3Ta oanaua peuiaeTCH KOMSHHAHAH, cocTBack H3 10 no 90 Mace. noněft οαηογοhjih HecKOJiBKHx nepKHCJiópoAHMx coenHHeHHn h 90 no 10 Mace. nn 1, .5-gHaiutn-reKcarHApo-1,3,5-TpHanHH-2,4-nHOHa (DAHT), b cjiynae HanoSHocTH, κροΜβ yxeHSBeCTHMX. npeHMyniecTBeHHo πρΗΜβΗΗβτοπ κομ6ηηβαηη hs 30 no 70 Mace. pneň nepKHCJiopofl-hmx coennHeHKň h 60 no 20 Mace. nojieft 1,5-AHanHJireKcarHAPO-13,5-TpHanHH-2,4-nHOHa. BwronHaa KOM6HHanHH coctoht H3 rtpTop hAtphh, KapBoHaTHoronepoKcorHTpaTa «βτρκχ hjih neprHTpaTa ΜοπβΒΗΗΜ H1, 5-flnaneTnnreKcarHflpo-1,3,5-TpHanHH-2,4-nHoHa. (DAHT) moxho nojiynHTb H3 ^ opMajibnernna h μοηθβηημ c nocjienoBaTejibHHM ánraiH-ροΒΜΗΗβΜ, HanpHMep, A. Pískala, I. Gut, Coll. Czech. Chem. Commun. 27 1562 (1962) Hjih G. Ostrogovich, R. Vidac, Rev. Chim. (Bukarest) 20 (10) 606 (1969). OTGejiHBáióiuee h GaKTepHnnnHoe, BHpynHnHoe and τβκχβ yHrHAHnHoe ^ 'cpencTBO co-nepjKHT npeHMyntecTBěHHO KpóMe 5 no 95% -Macc., NpeAnowTHTejibHO 10 No 50% -Macc.npennoxeHHoň corjiacHo Η3θ6ρβτβΗΗΐο κομ6ηη3ιιηη EME Η3ΒβςτΗΜβ κοΜΠόΗβΗΤΜ fliutηβ3ΗΗφβκιχΗΗ. Jμγοαημμ HBJíaeTCH τβκχβ, ecjíK κομ6ηη3Αηη nodasJUieTCM κ cpeACT-.BaM nnx nponeČCQB ΠΡΟΜΜΒΚΗ H OHHCTKH Η3ΒβΟΤΗΟΓΟ COCTaBa.

HeoxHnaHHO neprHAPOJiHS h thapojiks aKTHBaTopa OT6ejiHBaiotnero cpencTBa 1,5-NH- aneTHnrexcarHnpo-l, 3,5-TpHannH-2,4-NHOH προτβκβιοτ noJiHocTbio HB ycjioBHaxnpoijecca προμμβκη «e ocyiuecTBJíHeTCH OKHCJiHTenbHbiň pacnan ocTasineň ochobho # MACC reKcarnnpo-1,3,5- TpHanHH-2,4-nHOHa, τβκ mto neňcTBHeM ηβ3ΗΗΦβκΗΗΗ3ΤΟΓΟ COenHHeHHH ΜΟΧΗΟ nonb3OBaTbCH corn. WPC 11 D 219 924. 3thm ΟΠβΐχΗφΗ-qecKoe aHTHMHxpo6Hoe neňcTBHe opraHHuecKoií HanKHcnoTbi, κοτορβΗ BCJiencTBHeOTHocHTejibHo SbicTporo pacnana β mejionHOMpacTBppe neftcTByeT tojibko κρβτκο-ΒρβΜβΗΗο, nonoJiHxeTcn neftCTBHeM reKcarHnpo-1,3,5-TpHanHH-2,4-AHOHa. 1,5-1,3,5-AHaneTHiireKcarHAPo TpHanHH 2,4-c AHOI no cpaBHeHHio HSBecTHbíMH aKTH-fiaTopaMH ofijianaeT 3HavHTejibHo 6ojibiuHM 3φφβκτοΜ aKTHBanHH η · πΗ HeopraHHqec-KHX nepKHČJIOpOnHblX COeflHHeHHH Hapan C OTBeTCTByromeň Τρβ6θΒΗΗΗΗΜ ΠρβΚΤΗΚΗ 249,770 -4- CTaĎHjibHocTbio κ xpaHemiio b cpeflCTBax nna nponeccoB προμμβκη, DejieHHH, ne3-ΚφβΚφίΗ H OHHCTKH. CpaBHHMblM βθΗΟΤΒΗΘΜ 3KTHBanHH O ia f f f e e e e e e e e TH TH TH TH UK UK UK UK UK UK UK.......... 3tot aKTHBaTop, npHHHCJiaeMbiii κ ypoBHio τεχΗΗΚΗ, opnaKo onenbqyBCTBHTejlbHblft K rHflP0JIH3y Η 'ΗΘ rOflHTCH flJIh npaKTHMeCKOrO ΠρΗΜμΗβΗΗΗ h ohhctkh. Oe ef 6 oe 3 3 3 3 3 C C C C C C C C C C C C C C C C C C C C H CJIH3HCTOH 060JIOWKH, HeTOKCHHeCKHM Η ΗΘ ΚΟΡΡΟ3ΗΒΗΗΜ. ΠρΗΜΘΗβΗΗβBO3MOXHO Η B ΠρΟΜΜΙΟΠεΗΗΟΗ oSjíaCTH Η B XO3HHCTBaX. ΤβΧΗΗΗΘΟΚΗβ. HCCBeflOBaHHHΠΟΚ33ΜΒ3Ι0Τ, ΗΤΟ πρκ ΠρΗΜΘΗβΗΗΗ Πρβ, φϊΟΧβΗΗΟΓΟ CÓrjiaCHO Η3θ6ρβΤΘΗΗΚ) CpeflCTBaΠΟ CpaBHeHHK) C OĎblUHblMH nepKHCJIOpOflHblMH OTfíejTHBaiOlUHMH CpenCTBaMH flJIH Πρθ ~ neccoB npoMbiBKH, conepxainHMH aKTHBa-TOPB not Ha6jno, naeTCH HHKaKoft noBbnueH-Hoh necTpyKííHH BOJioKHa Ha o6pa6oTaHHbix τεκετπηΗχ.

Θ3θ6ρετβΗΗθ 6ojiee ποηροδΗο noncHneTCH HHxe Ha npHMepax, ne órpaHHHHBan hx: IIpHMepbl BbinOJIHeHHH IIpHMep 1 OTóejiHBawmee η aHTHMHKpoSHo peiTiTiByiEe ερεηετΒο coctoht H3 50% -Bee. Nepao-paTa HaTpHH h 50% -Bee. 1,5-nHaneTHJireKearHnpo-1,3,5-TpHanHH-2,4-nHOHa. fljiH H3roTOBJíeHHH oToejiHBaiomero πρκ ΗΗ3ΚΗΧ TeMnepaTypax 3ητημηκρο6ηο peňcT-Byiomero Moioiuero epencTBa nepeMeiiiHBaeTCH 14 flOJieň npefljioxeHHoro cornacHoΗ3θ6ρετεΗΗΐο epeneTBa C 86 flojieň Moiomero epeneTBa o6biHHoro cocraBa 6E3-flo SaBJíeHHH nepóopaTa. (PenenTypa A). B nennx cpaBHeHHH npHMeHneTCH penenTypw ofHHaKOBoro KOJiHnecTBeHHoro cocTaBa OTČejiHBaromero cpeflCTBa. IIeHTaaueTHJirjii0KO3a

AneTHJicanHiíHjioBaH RHcjiora

TeTpaan (eTHji3THJieHflHaMHH

TeTpaau; eTHJirjiHKOJiypHJi

flHapeTHjrtflHKeTonHnepaHHH πρκ ΠρΗΜβΗεΗΗΗ H3BeCTHbIX ΗΚΤΗΒΗΤΟρΟΒ

penenTypa BpenenTypa CpenenTypa DpenenTypa EpenenTypa F □ φφεκτΗΒΗοετΒ npennoxeHHoro cornacHo H3o6peTeHHio epeneTBa onpenenneTCHb 6jih3khx κ npaKTHKe ycnoBHHX πρκ πρημθηθηηη penenTyp F. A well-fljiH npoBe neHHH omiTOB npHMeHaeTCH jiaBopaTopHyjo npoMbiBHyio MauiHHy THna "Scourotester" (35 βρθμη προμμβκη MHH., KOHneHTpanHH 5 r / n, cooTHomeHHe Moioiuero pacTBOpa.1 80, TeMnepaTypa 60 ° C). B KanecTBe HcnbiTyeMoň τκηηη npHMeHseTCH OKpameHHaH cepHHM seneHHbíM xnonnaTo-ĎyMaXHaH TKaHb, COOTBeTCTByiOmaH B ΟΤΗΟΙΠβΗΗΗ ero HyBCTBHTejIbHOCTH ókhcjih κ-TeJXHM oKpaiueHHbíM HMMenHanoBbíM 3eneHHbiM BTM τκηηημ. fljlH OneHKH OnpenejIHeTCH pa3HOCTb Η3ΜβρβΗΗΜΧ ΚΟ3φφΗηΗβΗΤΟΒ HPKOCTH ( R) flOπρομμβκη. H nOCJie ΠΡΟΜΜΒΚΗ.

TaSjíHna 1

PenenTypa A B C. D E F R 18.5 13.9 13.9 15.9 16.2 '18.7 flnH oneHKH cTa6nnbHOCTH πρκ xpaHeHHH b TeneHne 8 Henenb xpaHHTCH b CKjian-

Hbix Kopo6Kax-CEK no 280 r penenType A no F npH 20 -25 ° C η 5O-7OZ OTHOCHTenb- hoh BnaxHocTH BO3nyxa h onpenenHeTCH noTepb ηκτηβηογο KHcnopona (Z) (Ta6n.2) 249770 -5-

Tafinnua 2

PeuenTypa ABCDEF ΠοτβρΒ axTHBHoro KHCJXOpoaa (%) 26 18 40 24 25 80 2 ΠρκΜβρ flňa HcnuTaHHM aHTHMHKpoCHoro fleňcTBHH npuMeHHeTCH QT6ejiHBaioinee η βητημηκ foothills ** «eňcTByiomee cpeflCTBO, cocTonmee H3 11.8% 1,5-1,3,5 flnaueTH.nreKcarHflpo -TpHaUHH-2,4-flOHOH and 88.2% nepCopaTa HaTpuH. 17 flonen 3Toro cpegcTea CMemiraaeTca c 83 Moneo cpeflCTBa'Oea Ao6aBJieHHa nepGopaTa (peqenTypa G). fljia ηοπμτηηηη b 6jih3KHx to npaKTH-κε ycnoBHHx 6wih sarpasHeHHuun CTepunbHbie o6pa3ip> i H3 πηηηηογο ποηοτηη ηοπμ-TyeMUHK sapoAbnnaMK b TeneHHe 15. MHHyT b CTaH ^ apTHoft cycneHSHH. loc ne of x x x x x x x x x x x x x x x x x x π π b ax ax ax ax ax ax ax ax ax ax f f f f f. OCpaaubi b uejiBx onpeflejieHHH aKTHBHocTH naeTca b cooTBeT-CTBeHHbie nHTaTejibHbie cpenu, copiepxanme aoBbbkh, HenonycKatoupie ΜκκροβΗύΗΑΗΜβnocjieneňcTBHH.

OueHKá QcymecTBJíaeTCH nepea 6 flHeft (πρκ 37 ° C HHKyGHpoBaHbi). OnpepeneHHeocyjuecTBJíaeTca no cneflyMiueň cxeMe Sohhthpobkh: 0 - nonHoe yHHHTOxeHHe HcnbiTyeMoro sapoAbíma 1 - yflOBJiETBopHTejibHax axTHBHocTh 2 - cpeflHaa aKTHBHocTb 3 ~ cna6aa Ακτηβηοοτβ

4 - ΗβΤ aKTHBHOCTH ΠρΗΜβΗχβτοΗ cnenynupie HcnuTyeMue sáponbimn: (1) Staphylococcus aureus SG 511 (2) Escherichia coli FMH 3 (3) Pseudomenas erugínosa RLD 1B uejiax cpaBHeHHH πρΗΜβΗΗβτοΗ peuenrypa οαηηβκοβογο KonHnecTBeHHoro COO ~ Ba NPH ΠρΗΜβΗβΗΗΗ βΚΤΗΒΗΟΓΟ ΒβΠξβΟΤΒβ ΓβΚΟβΓίμφό-ί, 3, 5 “ΤρΗβΑΗΗ-2,4-flOHOH (peuenTypa Η). . TaOnnua 3

TeMnepaSets 40 ° C 50 ° C 60 ° C

HcnwTyeMwft sapoAMm 123 123 123

Peneirrypa G 000,000,000

PeuenTypa H 303 200,000 ΠρΗΜβρ 3 flna. Η3Γ0Τ0ΒηβΗΗΗ ΟΤββΠΗΒΒΚΗΒΙβΓΟ Η aHTHMHKpoSHO fleftCTByiOmerO NPH ΗΗ3ΚΗΧ ΤβΜ neparypax ~ 0.5% -ηογο pacTeopa Mowmero cpencTBa (penemrypa 1) pacTBopaeTca84 Aoneň CBo6oflHoro rpm oTGenHBaiomero KOMnoHeHTa Moiomero cpeflCTBa ο6μηηογοcocTaBa 8 nonene nepexHCH Bonopona (-Hwň 30%) 8 h Aoneň oTGenraaiomero βκτκ-BaTopa 1.5 "AHaneTHnreKcari« po-1,3,5-TpHauHH-2,4-flHOHa b ΗβΓοτοβπβΗΗΟΜ mow-meq pacTBope. 249770 6

Akthbhoctb npejyioxceHHoro cornacHo Η3ο6ρθτβΗΗΐο oTČejiHBaioiuero axTHBaTopaonpeflejineTCH b Ďjihškhx κ πρβκτκκε ycnoBHHX πρκ πρΗΜβΗβΗΗΗ penenTyp A no 1.yejlOBHH HCnbITaHHH Η ΟΠρβΑβΠβΗΗβ OCymeCTBJlHeTCH aHanorHHHo npHMepy first

TaČJiHita 4

PenenTypa A B C D E F I R 18.5 13.9 13.9 15.8 16.2 18.7 18.1 ΠρΗΜβρ 4 B xanecTBe npennoiceHHoro corjiacHO ο3ο6ρετβΗΗω cpencTBa πρΗΜβΗΗβτοΗ οτ6θπη-Baiomee h 3hthmhxpo6ho fleňcTByioiuee cpencTBo ,, cocTonmee H3 38.5% -Bec. neprirrpaTa MoneBHHbí 61.5% -Bec. 1,5-flHaueTHJireKcarHflpo-l, 3,5-TpHauHHflHOHa. »FíjIH H3FOTOBJieHHH ΟΤββΠΗΒβΚΜήβΓΟ H aHTHMHXpOĎHO fleňCTByKMUerO ΜΟΚΜζβΓΟ CpG« ~ CTAB nepeMeuiHBaeTCH 23 nonene npennoiceHHoro corjiacHO H3o6peTeHHio cpencTBac 77 nonene Moioqero cpencTBa oSbíHHoro cocTaéa (6ea coflepacaHHH nep6opoTa) (peuenTypa K). B nenHx cpaBHeiiHH npHMeHHeTcn pene.nTypbi πρκ πρημθηθηηη H3-BeCTHblX OTGejIHBaWmHX aXTHBaTOpOB. AXTHBHOCTb npeflJIOJKeHHOrO COrnaCHO H3OÓ-ρβτβΗΗΐο cpeflCTea onpenenneTCH b 6jih3khx to npaxTHxe ycnoBHnx πρκ πρημθηθ-hhh penenTyp A ρ, ο 1.. ycnoBHH HcnbiTaHHB h pacneHxa cooTBeTCTByioT npHMepy 1.

TaSJíHita 5

PenenTypa ABCD EFI KR 18.5 13.9 13.9 15.9 16.2 18.7 18.1 18.4 <I> OpMyjia H3O6peTeHHg 1. NoHHH, Αβ3ΗΗφβΚ1ίΗΗ H OHHCTXH B ΠρβββΠβ ΤΘΜΠβρβ “Type ot 20 ° no 90 ° C, npennonTHTenbHo ot 30 ° no 60β0, o τ η η ha ίο me - eca τ e μ, hto oho npn naHHbix ycnoBHHx xpoMe yice H3BecTHblX ΧΟΜΠΟΗβΗΤΟΒCpenCTB nJIH npOMbIBKH, HθΠXΗΗΗHHHHHHHHHHHHHnHHHHHHH “HHH no noΗΗHX no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no no nH-OHa. Second 0T6enHBa »Mee h 6aKTepnnMnHoe, BHpynHn" oe and taxis (JjyHrHnHnHoe cpencTBocornacHO nymcry IjOTJiH awqeecs τ ^ e μ, ητο conepKaqancH Xom 6HHanHH COCT0HT H3-30 no 70 MaCCOBblX nOJieíí οηΗΟΓΟ HJIH HeCKOJIbKHX nepxHcno-ponHbix coenHHeHHH H 60 No 20 MaccoBbix nonene 1 5-nHanHnrexcarHnpo-l, 3,5-TpHanHH-2,4-Nhơn. 6aKTepnnnnHoe third OT6enHBaiomee h, and BHpynunHoe taxxi (JjyHrHnHnHoe cpencTBocornacHo nyHKTaM 1 h 2, μ e τ OTnHnaionveecH, ητο conepxantagcgxoM6HHauHH coctoht H3 nepČopaTa Ηβτρκη, xapSóHaTHoro nepoxcornnpaTa HaTpHHhjHiHnHnH2HnH2HnH2HnH4HnH2HnH2HnH2HnH2HnH2HnH3H2H2HnHH4H2HnHH2H3H2H2H2H2H2H2H2H2H2H2H em, hto oho xpoMe 249770 5 no 95 MaCCOBblX%, ΠρβηΠΟΜΤΗΤβΠΒΗΟ 10 no 5O% -Macc., KOM6hH311iHH ΠΟ H3O6pe-ΤβΗΗΙΟ COnepXHT H3BeCTHbie ΚΟΜΠΟΗβΗΤΜ ηβ3ΗΗφβΚηΗΟΗΗΗΧ CpenCTB. epnnnflttoe, BHpynHnnoe and Taxxe φγΗΓΗηΗηΗοεοε cpencTBocornacHO nyHKTaM 1 no 3, oTnHnaromec τ e μ, ητο oho conepxHT-ch b cpencTBax οτ 1 no 30% -Mac., npennoHTHTenbHO 5 ηό 152! -Mace.

AHHOTanHH

OTBEJMBAWE H BAKTEPHUHflHOE, BHPYUHflHOE A Takke ΦΥΗΓΗΠΗβΗΟΕ CPEflCTBO Η3θ6ρβτβΗΗβ othochtch κ OTÓenHBaromeMy h 6axTepHu; nnHOMy, BHpynnnHOMy and TaxxeφνΗΓΗηΗηποΜν cpencTBý flJiH nponeccoB npoMbiBKH, ÓeneHHH, neanHAexnHH «omhct-kh nna TeMnepaTyp οτ 20 No 90 * 0 npennoHTHTenbHo οτ 30 No 60 ° C.

Uejibw HBJíHeTCH xoMÓHHHpÓBaHHoe neŇCTBHe HH3KHX TeMnepaTypax npn-npn 3Hann TenbHOň 3KOHOMHH aKTHBHbIX ΚΟΜΠΟΗβΗΤΟΒ rivet ČOJiee mnpOKOň ΘφφβΚΤΗΒΗΟΟΤΗ.ΠρΗΜβΗΗΙΟΤ NPH n ^ HHblX yCHOBHHX ΚρΟΜβ YXE H3BCCTHMX ΚΟΜΠΟΗβΗΤΟΒ KOMÓHHanHK) No 90 H3 10 Mace. noneň nepKHcnopoňHbix coennHeHHh h 90 no 10 Mace. none3,5-nHannnreKcarHnpo-2,3,5-TpHanHH-2,4-nHOHa, IIpeHMymecTBeHHO πρΗΜβΗΗωτKOMÓHHaUHH) H3 nepoOpaTa -nHOHa. npH3HaHO Η3θ6ρβΤβΗΗβΜ ΠΟ pe3yJlbTaTaM 3KCnepTH3bJ,, OCyiHeCTBJíeHHOn BenOMCTBOMnoMn f3θόρβτβΗΗή η πητθητοβ FflP. 249770

Claims (4)

249 770 r 'p SbdmSt invention 1. A bleaching, bactericidal, viricidal and fungicidal agent for washing, bleaching, disinfecting and cleaning at a temperature of 20 to 90 ° C, preferably 30 to 60 ° C, characterized in that it contains, in addition to any already known ingredients for washing, bleaching, disinfecting / cleaning a mixture of 10 to 9 wt. parts of at least one peroxy compound and 90 to 10 wt. parts of 1,5-diacylhexa-hydro-1,3,5-triazine-2,4-dione. 2. The bleaching, bactericidal, viricidal and fungicidal composition according to claim 1, wherein the blend comprises 30 to 70 wt. parts of at least one peroxy compound and 60 to 20 parts by weight of 1,5-diacylhexahydro-1,3,5-triazine-2,4-dione. 3. A bleaching, bactericidal, viricidal and fungicidal composition according to claim 1, wherein the composition consists of sodium perborate, sodium carbonate peroxyhydrate or urea peroxohydrate and 1,5 diacetyl hexahydro, 1,3,5 triazine-2,4-dione. . 4. A bleaching, bactericidal, viricidal and fungicidal composition according to any one of claims 1 to 5, characterized in that it contains known disinfectants in addition to 5 to 95% by weight of preferably 10 to 5% by weight of the composition defined. 5. A bleaching, bactericidal, viricidal and fungicidal composition according to any one of claims 1 to 3, characterized in that it is present in the detergent and cleaning composition of known composition in an amount of 1 to 30%, preferably 5 to 15%.