LV12531B - Process for producing decorative and protective coating - Google Patents

Process for producing decorative and protective coating Download PDF

Info

Publication number
LV12531B
LV12531B LV990038A LV990038A LV12531B LV 12531 B LV12531 B LV 12531B LV 990038 A LV990038 A LV 990038A LV 990038 A LV990038 A LV 990038A LV 12531 B LV12531 B LV 12531B
Authority
LV
Latvia
Prior art keywords
low
coating
articles
foliated
unalloyed
Prior art date
Application number
LV990038A
Other languages
Latvian (lv)
Other versions
LV12531A (en
Inventor
Nikolajs Kulesovs
Original Assignee
Nikolajs Kulesovs
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Nikolajs Kulesovs filed Critical Nikolajs Kulesovs
Priority to LV990038A priority Critical patent/LV12531B/en
Publication of LV12531A publication Critical patent/LV12531A/en
Publication of LV12531B publication Critical patent/LV12531B/en

Links

Landscapes

  • Physical Vapour Deposition (AREA)
  • Crystals, And After-Treatments Of Crystals (AREA)

Abstract

This invention relates to the method for producing multi-foliated decorative and protective coatings and may be used for manufacturing unalloyed or low-alloy ferrous articles. The present invention describes method for applying multi-foliated coatings containing preliminary getting ready metallic surface of unalloyed or low-alloy ferrous articles using treating with phosphates or polish-method and electrochemical-coating with nickel and/or chromium lustrous layer. Coating the lustrous surface of metallic articles with titanium nitride in the vacuum chamber is the following step.

Description

LV 12531LV 12531

OnMCaHMe Μ3θ6ρθΤβΗΗΛ Μ3θ6ρθΤΘΗΜΘ OTHOCMTCB K ΟΠΟΟΟδθΜ ΗΘΗβΟβΗΜΒ MHOIOCnOMHblX ,qeKopaTMBHbix m 3aiiļMTHbix noKpbiTMM, KOTopbie MoryT 6biTb Mcnonb30BaHbi npn Μ3ΓΟΤΟΒηθΗΜΜ M3flenMM H3 MeTa/lJia. Μ3βθοτθη cnoco6 ηοηγπβΗΜη ποκρωτΜη HMTpMfla TMTaHa b BaKyyMe Ha ποΒθρχΗοετΜ Hep>xaBeiou4eM ciānu. B flam-ioM cnocoāe Ha npefleapMTenbHo ποαγοτοβπθηηυιο OTnonnpoBaHHyio noBepxHocTb HepjKaeeioiiļeii CTanu b ΒβκγγΜθ HaHocnT εηοιλ HMTpn,qa TMTaHa. B pe3ynbTaTe ποηγπβκίτ noKpbtTMe HMTpMfla TMTaHa c BbicoKOH OTpajKaKDLueii cnoco6HOCTbio m BbicoKoii aflre3neM κ MaTepnany.OnMCaHMe Μ3θ6ρθΤβΗΗΛ Μ3θ6ρθΤΘΗΜΘ OTHOCMTCB K ΟΠΟΟΟδθΜ ΗΘΗβΟβΗΜΒ MHOIOCnOMHblX, qeKopaTMBHbix m 3aiMTHbix noKpbiTMM, KOTopbie MoryT 6biTb Mcnonb30BaHbi npn Μ3ΓΟΤΟΒηθΗΜΜ M3flenMM H3 MeTa / lJ. Μ3βθοτθη cnoco6 ηοηγπβΗΜη ποκρωτΜη HMTpMfla TMTaHa b BaKyyMe Ha ποΒθρχΗοετΜ Hep &xt; xaBeiou4eM cyan. B flam-ioM cnocoal Ha npefleapMTenbHo ποαγοτοβπθηηυιο OTnonnpoBaHHyio noBepxHocTb HepjCaeylation CTanu b ΒβκγγΜθ HaHocnT εηοιλ HMTpn, qa TMTaHa. B pe3ynbTaTe ποηγπβκίτ noKpbtTMe HMTpMfla TMTaHa c BbicoKOH OTpajKaKDLueii cnoco6HOCTbio m BbicoKoii aflre3neM κ MaTepnany.

HanpMMep, μ3Ηοοοοτομκοθ MHorocnoiiHoe ποκρωτΜΘ, onMcaHHoe b aBTopcKOM CBHfleTe^bCTBe SU 1680799 A1, C23C14/34, 28/00, ony6nnKOBaHHOM 30.09.91.HanpMMep, μ3Ηοοοοτομκοθ MHorocnoiiHoe ποκρωτΜΘ, onMcaHHoe b aBTopcKOM CBHfleTe ^ bCTBe SU 1680799 A1, C23C14 / 34, 28/00, ony6nnKOBaHHOM 30.09.91.

OcHOBHbiM cyii4ecTBeHHbiM HeflociaTKOM θτογο cnoco6a nennioTCfl BbicoKMe 0nHaHCOBbie 3aipaTbi, Heo6xoflMMbie flnn ero ocyu4ecTBneHMfl, οοο6θηηο πρκ HaHeceHmm HMTpMfla TMTaHa Ha 6onbLUMe m/mjim HennocKMe ποΒβρχΗοετΜ. BbicoKMe φΜΗθΗΟΟΒΗβ 3aTpaTbi o6ycnoBneHbi ΤβΜ, HTO HaHeCeHMe HMTpMfla ΤΜΤΘΗΘ npOM3BOflMTCfl Ha ΟΤΠΟίΙΜρΟΒΘΗΗγΚ) ΗβρΧΟΒβΙΟΙΙίγΚ) CTa/lb, ΒΒΠΒΚ)114γΚ30Β OTHOCMTeflbHO βΟρΟΓΜΜ ΜβΤΘρΜΘΠΟΜ. Lļenbīo npeflnaraeMoro M3o6peTeHMn nenneTcn ποηγπβΗΜβ ποκρωτΜη Μ3 ΗΜΤρΜ/13 TMTaHa C BbICOKMMM ΜβΧ3ΗΜΗβΟΚΜΜΜ CB0MCTB3MM, BbICOKOM aflre3Meīi Κ ΠΟΒβρΧΗΟΟΤΜ M 6onee ΗΜ3ΚΜΜΜ φΜΗβΗΟΟΒΝΜΜ 33Τρ3Τ3ΜΜ. Lļenb flocTMraeTca τθμ, μτο flnn υμθηβιιιθημα ce6ecTOMMOCTM M3flenna c fleicopaTMβηbiμ ποκρωτΜΘΜ Μ3 HMTpMfla TMTaHa, HaHeceHMe HMTpMfla TMTaHa npoM3BOflMTcn nocne ηθηθοθημβ noflcnoa HMKenn μ/μπμ xpoMa Ha M3flexiMe M3 HenerMpoBaHHoro mjim ManonerMpoBaHHoro cnnaBa x<ene3a 6β3 npefleapMTenbHOM nonMpoBKM ποεβρχΗοετΜ. nocne noflroTOBKM ποβθρχηοοτμ Menanna (HanpMMep, φοοφβτΜροΒθΗΜβΜ, ranTOBKOM, M.T.fl.), Ha noBepxHOCTb aneicrpo-ΧΜΜΜΗβοκΜΜ cnoco6oM HaHOcnT cnoM 6necTnu4ero HMKenn M/MnM xpoMa. Ectim HMCTOTa ποβθρχηοοτμ HeflOCTaTOMHan, to nepefl HaHeceHMeM cnon 6necTBLMero HMKena mam xpoMa, η3ηοοβτ cnoii μθτοβογο HMKenn MnM xpoMa. 3aTeM, Ha noeepxHOCTb b ΒβκγγΜΗΟΜ KaMepe ηθηοοητ hmtpma TMTaHa. B pe3ynbTaTe, Ha μ3αθπμμ M3 He/ļopororo MeTanna (HenerupoBaHHoro μπμ ManonerupoBaHHoro cnnaea >Kene3a), nonyHaeTca 3epKanbHoe nOKpbITMe HMTpi/lfla TMTaHa C BblCOKMMM MexaHMMeCKMMM CBOMCTBaMM M BbicoKoii aflre3neii κ ποΒβρχΗοστΜ.OcHOBHbiM cyii4ecTBeHHbiM HeflociaTKOM θτογο cnoco6a nennioTCfl BbicoKMe 0nHaHCOBbie 3youTbi, Heo6xoflMMbie flnn difference ocyu4ecTBneHMfl, οοο6θηηο πρκ HaHeceHmm HMTpMfla TMTaHa Ha 6onbLUMe m / mjim HennocKMe ποΒβρχΗοετΜ. BbicoKMe φΜΗθΗΟΟΒΗβ 3aTpaTbi o6ycnoBneHbi ΤβΜ, HTO HaHeCeHMe HMTpMfla ΤΜΤΘΗΘ npOM3BOflMTCfl Ha ΟΤΠΟίΙΜρΟΒΘΗΗγΚ) ΗβρΧΟΒβΙΟΙΙίγΚ) CTa / lb, ΒΒΠΒΚ) 114γΚ30Β OTHOCMTeflbHO βΟρΟΓΜΜ ΜβΤΘρΜΘΠΟΜ. Lenbee npeflnaraeMoro M3o6peTeHMn nnNTcn ποηγπβΗΜβ ποκρωτΜη Μ3 ΗΜΤρΜ / 13 TMTaHa C BbICOKMMM ΜβΧ3ΗΜΗβΟΚΜΜΜ CB0CCTB3MM, BbICOKOM aflre3Me Κ ΠΟΒβρΧΗΟΟΤΜ M 6onee ΗΜ3ΚΜΜΜ φΜΗβΗΟΟΒΝΜΜ 33Τρ3Τ3ΜΜ. Lļenb flocTMraeTca τθμ, μτο flnn υμθηβιιιθημα ce6ecTOMMOCTM M3flenna c fleicopaTMβηbiμ ποκρωτΜΘΜ Μ3 HMTpMfla TMTaHa, HaHeceHMe HMTpMfla TMTaHa npoM3BOflMTcn Nocni ηθηθοθημβ noflcnoa HMKenn μ / μπμ xpoMa Ha M3flexiMe M3 HenerMpoBaHHoro oder ManonerMpoBaHHoro cnnaBa x < ene3a 6β3 npefleapMTenbHOM nonMpoBKM ποεβρχΗοετΜ. nocne noflroTOBKM ποβθρχηοοτμ Menanna (HanpMMep, φοοφβτΜροΒθΗΜβΜ, ranTOBKOM, M.T.fl.), Ha noBepxHOCTb aneicrpo-ΧΜΜΜΗβοκΜΜ cnoco6? Ectim HMCTOTa ποβθρχηοοτμ HeflOCTaTOMHan, their nephl HaHeceHMeM cnon 6necTBLMero HMKena mam xpoMa, η3ηοοβτ cnoii μθτοβογο HMKenn MnM xpoMa. 3aTeM, Ha noeepxHOCTb b ΒβκγγΜΗΟΜ KaMepe ηθηοοητ hmtpma TMTaHa. B pe3ynbTaTe Ha μ3αθπμμ M3 He / ļopororo MeTanna (HenerupoBaHHoro μπμ ManonerupoBaHHoro cnnaea > Kene3a) nonyHaeTca 3epKanbHoe nOKpbITMe HMTpi / lfla TMTaHa C BblCOKMMM MexaHMMeCKMMM CBOMCTBaMM M BbicoKoii aflre3neii κ ποΒβρχΗοστΜ.

TaKMM 06pa30M, no CpaBHeHMK) C M3BeCTHblM cnocoēoM, npefljiaraeMbm cnoco6 nonyMeHHB MHorocnoMHbix fleKopaTMBHbix m 3aLL(MTHblX nOKpblTMM Π03Β0ηΒβΤ nOfiyMaTb nOKpblTMfl M3 HMTpMfla ΤΜΤ3Η3 C BblCOKMMM ΜΘΧΒΗΜΗΘΟΚΜΜΜ CBOMCTB3MM, BbICOKOM 8ΑΓΘ3ΜΘΜ Κ ΠΟΒβρΧΗΟΟΤΜ M 6onee hm3kmmm Φμηθηοοβημμ 3aipaTaMM.TaKMM 06pa30M of CpaBHeHMK) C M3BeCTHblM cnocoēoM, npefljiaraeMbm cnoco6 nonyMeHHB MHorocnoMHbix fleKopaTMBHbix m 3aLL (MTHblX nOKpblTMM Π03Β0ηΒβΤ nOfiyMaTb nOKpblTMfl M3 HMTpMfla ΤΜΤ3Η3 C BblCOKMMM ΜΘΧΒΗΜΗΘΟΚΜΜΜ CBOMCTB3MM, BbICOKOM 8ΑΓΘ3ΜΘΜ Κ ΠΟΒβρΧΗΟΟΤΜ M 6-one hm3kmmm Φμηθηοοβημμ 3aipaTaMM.

CneAyioiAMM npuMep nenneTca MnniocTpaTMBHbiM, ho hm b κοθμ cnynae He OrpaHMMMBaiOLLļUM. flpuMep 1. nocne μοητ3>κ3 W3flenna M3 HenerupoBaHHoro vim ManonempoBaHHoro crmaBa >xene3a Ha noflBecKax, npoM3BOAflT aneicrpo-xnMHMecKoe o6e3>KnpnBaHne ποΒβρχΗοστΜ μ3αθ/ιμβ. 3aieM προΜ3ΒθΑ*ιτ npoMbiBKy M3AenMfl, CHanana b τβπηοίί βοαθ (npM t = 45° ± 5° C) m nocne, b ΧΟΠΟΑΗΟίί. flanee noBepxHOCTb M3Aerma noABepratOT χμμμηθοκομ θκγμβθμμμ (TpaBJieHMKD) m 3aTeM CHoea npoMbiBKe b χογιοαηομ βοαθ. Ποοπθ 3Toro, noBepxHOCTb n3Aennn noABepraioT HMKenMpoBaHMto. M3Aenne riOKpbiBaiOT AByM« cnoaMM HMKenn: nony6necT5HAMM, 3aTeM 6necTniAMM. 06maa ToniAMHa AByxcnoMHora ποκρωτΜη npn6nn3MTenbH0 paBHa 15 mkm. nocne nonyMeHnn AByxcnoMHoro Hi/iKeni/ieBoro ποκρωτΜΒ, προμ3βοαητ onepeAHyio npoMbiBKy M3Aennn (npoMbiBKa b ynoBmene, b χοηοΑΗΟΜ βοαθ -KacKaAHan m npoMbiBKa b τβπηοΜ boa® (npM t = 45° ± 5° C)) μ 3βτβΜ n3Aenne noABepraKīT cyniKe.CneAyioiMM npuMep nNtTaMnniocTpaTMBHbiM, hm b κοθμ cnynae He OrpaHMMMBaiOLLOLUM. flpuMep 1 nocne μοητ3 > κ3 W3flenna M3 HenerupoBaHHoro vim ManonempoBaHHoro crmaBa > xene3a Ha noflBecKax, npoM3BOAflT aneicrpo-xnMHMecKoe o6e3 > KnpnBaHne ποΒβρχΗοστΜ μ3αθ / ιμβ. 3aieM προΜ3ΒθΑ * ιτ npoMbiBKy M3AenMfl, CHanana b τβπηοίί βοαθ (npM t = 45 ° ± 5 ° C) m nocne, b ΧΟΠΟΑΗΟίί. flannel noBepxHOCTb M3Aerma noABepratOT χμμμηθοκομ θκγμβθμμμ (TpaBJieHMKD) m 3aTeM CHoea npoMbiBKe b χογιοαηομ βοαθ. Θοοπθ 3Toro, noBepxHOCTb n3Aennn noABepraioT HMKenMpoBaHMto. M3Aenne ROCBBOTS AByM «cnoaMM HMKent: nony6necT5HAMM, 3aTeM 6necTNAMM. 06 Country ToniAMHa AByxcnoMHora ποκρωτΜη npn6nn3MTenbH0 paBHa 15 mkm. Nocni nonyMeHnn AByxcnoMHoro Hi / iKeni / ieBoro ποκρωτΜΒ, προμ3βοαητ onepeAHyio npoMbiBKy M3Aennn (b npoMbiBKa ynoBmene, b χοηοΑΗΟΜ βοαθ -KacKaAHan m npoMbiBKa b τβπηοΜ boa® (NPM t = 45 ° ± 5 ° C)) μ 3βτβΜ n3Aenne noABepraKīT cyniKe.

CneAytoiAnii 3Tan HaHeceHMB αβηηογο MHorocnoiiHoro ποκρωτΜ* -HaHeceHMe hmtpmab TmaHa (TiN). M3Aenne c npeABapMTenbHO noAroToeneHHoii noBepxHocTbio noMeuļaioT b repMeTMHHyio CTepMnbHyto BaKyyMHyra KaMepy, BBnnioiAytocn aHOAOM. B KanecTBe κθτοαβ ncnonb3ytoT τμτθη. LV 12531 3aTeM, nocne otiohkm Bat<yyMHOM KaMepbi flo αββτιθημη 10'1 mm ρτ. CT. npOM3BOAMTCfl 06pa60TKa ΠΟΒβρΧΗΟΟΤΜ TJieiOU4MM pa3pBflOM B ΤβΜβΗΜβ 3+5 mmh, c n/iaHeiapHbiM BpameHMeM mp,enm. Ποοηβ nero, BaKyyMHan KaMepa otioh mBaeTCfl ao AaeneHMfl He 6onee 5 x 10‘5 mm ρτ. ct. m npoM3BOflMTCfl HanycK b xaMepy ra30o6pa3Horo a30Ta BbiCLueM ohmctkm ao AaBneHna 1+5 χ 10'3 mm ρτ. ct. B 3aBMCMM0CTM ot Tpe6yeMoii TonmuHbi ποκρωτΜπ, pa6oTa aneKTpoAyroBoro ncnapuTenn npn nnaHeTapnoM epaiAeHMM mp,enm npOM3BOAMTC5ļ 5-^-10 mmh.CneAytoiAnii 3Tan HaHeceHMB αβηηογο MHorocnoiiHoro ποκρωτΜ * -HaHeceHMe hmtpmab TmaHa (TiN). M3Aenne c npeABapMTenbHO noAroToeneHHoii noBepxHocTbio noMeuaiaiT b repMeTMHHyio CTepMnbHyto BaKyMHyra KaMepy, BBnnioiAytocn aHOAOM. B KanecTBe κθτοαβ ncnonb3ytoT τμτθη. EN 12531 3aTeM, nocne otiohkm Bat &y; yyMHOM KaMepbi flo αββτιθημη 10'1 mm ρτ. CT. npOM3BOAMTCfl 06pa60TKa ΠΟΒβρΧΗΟΟΤΜ TJieiOU4MM pa3pBflOM B ΤβΜβΗΜβ 3 + 5 mmh, c n / iaHeiapHbiM BpameHMeM mp, enm. Ποοηβ nero, BaKyyMHan KaMepa otioh mBaeTCfl ao AaeneHMfl He 6onee 5 x 10'5 mm ρτ. ct. m npoM3BOflMTCfl HanycK b xaMepy ra30o6pa3Horo a30Ta BbiCLueM ohmctkm ao AaBneHna 1 + 5 χ 10'3 mm ρτ. ct. B 3aBMCMM0CTM ot Tpe6yeMoii TonmuHbi ποκρωτΜπ, aneKTpoAyroBoro ncnapuTenn npn nnaHeTapnoM epaiAeHMM mp, enm npOM3BOAMTC5l 5 - ^ - 10 mmh.

Tok AyroBoro pa3pflAa 180+250 A. LļeeT ποκρητμη 33BMcmt ot AaBneHMH a30Ta b pe>KMMe paāoTbi McnapMTena μ μο>κθτ BapbMpoBaTbcn ot θΒβτηο->κΘητοΓθ ao ορθη>κθβογο. B pe3ynbTaTe pacnbīneHMfl TiN, KOTopbiii KOHAeHCMpyeTcn Ha ΠΟΒβρΧΗΟΟΤΜ Μ3ΑβηΜΒ, nonyHaeTca TOHKan nneHKa TiN (TonmMHa 0.05+0.07 mkm), MMetOLLļan xopoinyK) aAre3Mio κ ποΑπο>κκβ m BbicoKyio TBepAOCTb. LV 12531 <PopMyjia μ3ο6ρθτθημβCase AyroBoro pa3pflAa 180 + 250 A. Leleee ποκρητμη 33BMcmt ot AaBneHMH a30The bm > KMMeTeM McManMaTe μ μο > κθτ BapbMpoBaTbcn ot θΒβτηο- > B pe3ynbTaTe pacnbeeHMfl TiN, KOTopiii KOHAeHCMpyeTcn If ΠΟΒβρΧΗΟΟΤΜ Μ3ΑβηΜΒ, nonyHaeTca TOHKAN nneHKi TiN (TonmMHa 0.05 + 0.07 mkm), MMetOLLan xopoinyK aAre3Mio κ ποΑπο > κκβ m BbicoKyio TBepAOCTb. LV 12531 < PopMyjia μ3ο6ρθτθημβ

Cnocoč ΠΟΠγΗΘΗΜΑ AeKOpaTMBHblX M 3aLlļl1THblX nOKpblTMM, BKJIlOHaiOLLļMM noflroTOBKy oāpaāaTbiBaeMoii noBepxHOCTM m HaHecemie HMTpufla mraHa b BaKyyMe, oTJiMMaraiiļMtica τθμ, hto nepefl ηθηθοθημθμ HmpMfla TmaHa b BaKyyMe, Ha HenonnpoBaHHyK) noBepxHOCTb M3flenna 113 HenempoBaHHoro nnn MajionerupoBaHHoro cnnaBa >Kene3a ηθηοοητ cnoii HUKena μ/μπμ xpoMa. LV 12531 AHHOTaMMflCnocoč ΠΟΠγΗΘΗΜΑ AeKOpaTMBHblX M 3aLlļl1THblX nOKpblTMM, BKJIlOHaiOLLļMM noflroTOBKy oāpaāaTbiBaeMoii noBepxHOCTM m HaHecemie HMTpufla mraHa b BaKyyMe, oTJiMMaraiiļMtica τθμ, whereby to nepefl ηθηθοθημθμ HmpMfla TmaHa b BaKyyMe Ha HenonnpoBaHHyK) noBepxHOCTb M3flenna 113 HenempoBaHHoro nnn MajionerupoBaHHoro cnnaBa > Kene3a ηθηοοητ cnoii HUKena μ / μπμ xpoMa. LV 12531 AHHOTaMMfl

ripefljiaraeMoe μ3ο6ρθτθημθ OTHOCMTca κ cnocoāaM ηθηθοθημη MH0r0CJ10MHblX fleKOpaTMBHblX H 3aLLļMTHblX nOKpbITMti, KOTOpbie MOiyr 6blTb HCn0nb30BaHbl ΠρίΛ Μ3ΓΟΤΟΒΠβΗΙΊΜ M3 HeJierHpOBaHHblX MJ1MripefljiaraeMoe μ3ο6ρθτθημθ OTHOCMTca κ cnocoa m ηθηθοθημη MH0r0CJ10MHblX fleKpaTMBHblX H 3aLLlMTHblX NOISE, KOTOpbie MOiyr 6blTb HCn0nb30BaHbl ΠρίΛ Μ3ΓΟΤΟΒΠβΗΙΊΜ M3 HeJierHpOBaHHblX MJ1M

ManonernpoBaHHbix cnnaBOB x<ene3a.ManonernpoBaHHbix cnnaBOB x < ene3a.

Cnoco6 HaHeceHna μηογοοπομηηχ ποκρητμμ b οοοτβθτοτβμμ c npeflnaraeMbiM Μ3θ6ρβτΘΗΜΘΜ 3aKJiioHaeTCfl b tom, hto nocne ποαγοτοβκμ noBepxHOCTM Heflopororo MeTanna (HenerupoBaHHoro wnn MajionerupoBaHHoro cnnaea x<erie3a), HanpuMep, φοοφβΤΜροΒβΗΜθΜ, ΓβπτοΒκοίί, n.T.fl., Ha noBepxHOCTb θπθκτρο-χμμμηθοκμμ cnoco6oM HaHocaT cnoii 6necTHLLļero ημκθπη m/mjim xpoMa. Ποοηβ nero, Ha noeepxHOCTb b Bai<yyMHoii KaMepe ηθηοοητ hmtpma THtaHa.Cnoco6 HaHeceHna μηογοοπομηηχ ποκρητμμ b οοοτβθτοτβμμ c npeflnaraeMbiM Μ3θ6ρβτΘΗΜΘΜ 3aKJiioHaeTCfl b tom, whereby to Nocni ποαγοτοβκμ noBepxHOCTM Heflopororo MeTanna (HenerupoBaHHoro wnn MajionerupoBaHHoro cnnaea x < erie3a) Further preferably, φοοφβΤΜροΒβΗΜθΜ, ΓβπτοΒκοίί, nTfl., Ha noBepxHOCTb θπθκτρο-χμμμηθοκμμ cnoco6oM HaHocaT cnoii 6necTHLLļero ημκθπη m / mjim xpoMa. Ποοηβ nero, Ha noeepxHOCTb b Bai < yyMHoii KaMepe ηθηοοητ hmtpma THtaHa.

Claims (1)

LV 12531 Izgudrojuma formula Paņēmiens dekoratīvo un aizsargpārklājumu iegūšanai, kas ietver apstrādājamās virsmas sagatavošanu un titāna nitrīda uznešanu vakuumā, atšķiras ar to, ka pirms titāna nitrīda uznešanas vakuumā uz neleģētā vai mazleģēta dzelzs sakausējuma izstrādājuma nepulētās virsmas uznes niķeļa un/vai hroma slāni.A method for obtaining decorative and protective coatings comprising the preparation of the surface to be treated and the application of titanium nitride in a vacuum, characterized in that a nickel and / or chromium layer is applied to the non-alloyed or low-alloyed iron alloy prior to the application of the titanium nitride in vacuo.
LV990038A 1999-03-01 1999-03-01 Process for producing decorative and protective coating LV12531B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
LV990038A LV12531B (en) 1999-03-01 1999-03-01 Process for producing decorative and protective coating

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
LV990038A LV12531B (en) 1999-03-01 1999-03-01 Process for producing decorative and protective coating

Publications (2)

Publication Number Publication Date
LV12531A LV12531A (en) 2000-09-20
LV12531B true LV12531B (en) 2000-11-20

Family

ID=19736574

Family Applications (1)

Application Number Title Priority Date Filing Date
LV990038A LV12531B (en) 1999-03-01 1999-03-01 Process for producing decorative and protective coating

Country Status (1)

Country Link
LV (1) LV12531B (en)

Also Published As

Publication number Publication date
LV12531A (en) 2000-09-20

Similar Documents

Publication Publication Date Title
MY134820A (en) Glucagon-like insulinotropic complexes, compositions and methods
DE3375027D1 (en) Method of producing a hard layer on articles of ti or ti-alloys
DE3888761D1 (en) Process for the production of multi-layer coated hard metal parts.
DE69102553D1 (en) Process for the surface treatment of titanium-containing metal objects.
ATE193447T1 (en) METHOD FOR INHIBITING CARCINOGENESIS BY TREATING WITH DEHYDROEPIANDROSTERONE AND ITS ANALOGUES
MY140214A (en) Appliance transparency
CA2242619A1 (en) Process for applying protective and decorative coating on an article
WO2003021009A3 (en) Process for treating a conductive surface and products formed thereby
EP1289751A4 (en) Coated article having the appearance of stainless steel
ES2050581A1 (en) Reflective articles and methods of manufacturing same
ATE165874T1 (en) METHOD FOR COATING PHOSPHATED METAL SUBSTRATES
EP0289953A3 (en) Rust-proofing agent, rustproofing coating composition and coating method for preventing or inhibiting corrosion of metallic surface
GB2218111B (en) Coating metallic substrates by the pvd process
EP0666588A3 (en) Metal CVD process with post-deposition removal of alloy produced by CVD process.
LV12531B (en) Process for producing decorative and protective coating
DE69301851D1 (en) Phosphating treatment for metallic substrates
AU6287090A (en) Methods for depositing finish coatings on substrates of anodisable metals and the products thereof
ES2140569T3 (en) PVD PROCEDURE FOR THE DEPOSITION OF LAYERS OF HARD MATERIAL OF VARIOUS COMPONENTS.
ATE61422T1 (en) PROCESS FOR THE MANUFACTURE OF WEAR PROTECTION COATINGS ON SURFACES OF COMPONENTS MADE OF TITANIUM OR TITANIUM-BASED ALLOYS.
KR980007876A (en) Copper foil for printed circuit boards, manufacturing method thereof, laminate and printed circuit board using the copper foil
HUP0004180A3 (en) A composition for inhibiting corrosion for coating mirror back and metal plated products coated by these compositions and process for the prevention of the corrosion of the thin metal layer being on the back of the mirror
ZA931026B (en) Coating composition for inhibiting corrosion of metal substrates.
DE59101741D1 (en) Chemically sorbable metal alloy and gas cleaning process.
ZA969999B (en) Process of phosphatizing metal surfaces.
DE3276074D1 (en) Electrolytic bath for the deposition and penetration of metallic coatings on metallic substrates