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Izixhobo zovavanyo zerabha kunye neplastiki

  • I-YYP-400E Melt Flow Indexer (MFR)

    I-YYP-400E Melt Flow Indexer (MFR)

    Izicelo:

    I-YYP-400E melt flow rate vaccine sisixhobo sokumisela ukusebenza kokuhamba kweepolymers zeplastiki kubushushu obuphezulu ngokuhambelana nendlela yovavanyo echazwe kwi-GB3682-2018. Isetyenziselwa ukulinganisa izinga lokuhamba kokuhamba kweepolymers ezifana ne-polyethylene, i-polypropylene, i-polyoxymethylene, i-ABS resin, i-polycarbonate, i-nylon, kunye ne-fluoroplastics kubushushu obuphezulu. Isebenza kwimveliso nakuphando kwiifektri, kumashishini nakumaziko ophando lwesayensi.

     

    Iiparameter eziphambili zobugcisa:

    1. Icandelo lokukhupha izinto eziphumayo:

    Ububanzi besango lokukhupha itshaja: Φ2.095±0.005 mm

    Ubude besango lokukhupha: 8.000±0.007 millimeters

    Ububanzi besilinda yokulayisha: Φ9.550±0.007 mm

    Ubude besilinda yokulayisha: 152±0.1 mm

    Ububanzi bentloko yentonga yepiston: 9.474±0.007 mm

    Ubude bentloko yentonga yepiston: 6.350±0.100 mm

     

    2. Amandla Ovavanyo Oluqhelekileyo (Amanqanaba Asibhozo)

    Inqanaba 1: 0.325 kg = (Intonga yePiston + Ipani yokuLinganisa + Umkhono wokuGuqula + Ubunzima obuyiNombolo 1) = 3.187 N

    Inqanaba lesi-2: 1.200 kg = (0.325 + Inani lesi-2 0.875 Ubunzima) = 11.77 N

    Inqanaba lesi-3: 2.160 kg = (0.325 + Inani lesi-3 1.835 Ubunzima) = 21.18 N

    Inqanaba lesi-4: 3.800 kg = (0.325 + Inani lesi-4 3.475 Ubunzima) = 37.26 N

    Inqanaba lesi-5: 5.000 kg = (0.325 + Inani 5 4.675 Ubunzima) = 49.03 N

    Inqanaba lesi-6: 10.000 kg = (0.325 + Inani 5 4.675 Ubunzima + Inani 6 5.000 Ubunzima) = 98.07 N

    Inqanaba lesi-7: 12.000 kg = (0.325 + Inani 5 4.675 Ubunzima + Inani 6 5.000 + Inani 7 2.500 Ubunzima) = 122.58 N

    Inqanaba lesi-8: 21.600 kg = (0.325 + Inombolo 2 0.875 Ubunzima + Inombolo 3 1.835 + Inombolo 4 3.475 + Inombolo 5 4.675 + Inombolo 6 5.000 + Inombolo 7 2.500 + Inombolo 8 2.915 Ubunzima) = 211.82 N

    Impazamo enxulumene nobunzima bobunzima yi ≤ 0.5%.

    3. Uluhlu lobushushu: 50°C ~300°C

    4. Uzinzo lobushushu: ± 0.5°C

    5. Ubonelelo lwaMandla: 220V ± 10%, 50Hz

    6. Iimeko zeNdawo yokuSebenza:

    Ubushushu obuphakathi: 10°C ukuya kuma-40°C;

    Umswakama oqhelekileyo: 30% ukuya kuma-80%;

    Akukho Medium Yonakalisayo Kwiindawo Ezingqongileyo;

    Akukho moya oqinileyo ohambisa umoya;

    Ayinazo iintshukumo zokungcangcazela okanye ukuphazamiseka kwentsimi yemagnethi enamandla.

    7. Ubukhulu beZixhobo: 280 mm × 350 mm × 600 mm (Ubude × Ububanzi ×Ubude) 

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  • I-YYP-400DT I-Melft Flow Indexer elayisha ngokukhawuleza

    I-YYP-400DT I-Melft Flow Indexer elayisha ngokukhawuleza

    Isishwankathelo somsebenzi we-I.:

    I-Melt flow Indexer (MFI) ibhekisa kumgangatho okanye umthamo wokunyibilika kokunyibilika kwi-standard die rhoqo emva kwemizuzu eli-10 kubushushu obuthile kunye nomthwalo, obonakaliswa yi-MFR (MI) okanye ixabiso le-MVR, elinokwahlula iimpawu zokuhamba okuxineneyo kwe-thermoplastics kwimeko enyibilikisiweyo. Ifanelekile kwiiplastiki zobunjineli ezifana ne-polycarbonate, i-nylon, i-fluoroplastic kunye ne-polyarylsulfone enobushushu obuphezulu bokunyibilika, kunye neeplastiki ezinobushushu obuphantsi bokunyibilika ezifana ne-polyethylene, i-polystyrene, i-polyacrylic, i-ABS resin kunye ne-polyformaldehyde resin. Isetyenziswa kakhulu kwizixhobo zeplastiki, kwimveliso yeplastiki, kwiimveliso zeplastiki, kwi-petrochemical nakwamanye amashishini kunye neekholeji kunye neeyunivesithi ezinxulumene noko, iiyunithi zophando lwesayensi, kumasebe okuhlola iimpahla.

     

     

    II. Umgangatho weNtlanganiso:

    1.ISO 1133-2005—- Iiplastiki-Ukumiselwa kwesantya sokuhamba kwe-meltmass (MFR) kunye nesantya sokuhamba kwevolumu yokunyibilika (MVR) yeethermoplastics zeplastiki

    2.GBT 3682.1-2018 —–Iiplastiki – Ukumisela izinga lokuhamba kobunzima bokunyibilika (i-MFR) kunye nezinga lokuhamba komthamo wonyibiliko (i-MVR) ye-thermoplastics – Icandelo 1: Indlela eqhelekileyo

    3.ASTM D1238-2013—- “Indlela yoVavanyo oluQhelekileyo lokuMiselwa kweNqanaba lokuNcibilika kweePlastiki zeThermoplastic kusetyenziswa iMeter yePlastiki ekhutshiweyo”

    4.ASTM D3364-1999(2011) —–”Indlela yokulinganisa isantya sokuhamba kwePolyvinyl Chloride kunye neziphumo ezinokubakho kwisakhiwo seMolekyuli”

    5.JJG878-1994 ——”Imithetho yoQinisekiso lweSixhobo sokuQhuba kweNdleko yokuNcibilika”

    6.JB/T5456-2016—– “Isixhobo seMelt Flow Rate Imiqathango yoBugcisa”

    7.DIN53735, UNI-5640 kunye neminye imigangatho.

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  • Isihlalutyi sokufuma sePlastiki seYY-HBM101

    Isihlalutyi sokufuma sePlastiki seYY-HBM101

    1 .Intshayelelo

    1.1 Inkcazo yeMveliso

    I-YY-HBM101 Plastic Moisture Analyser kulula ukuyisebenzisa, ilinganisa ngokuchanekileyo, ineempawu ezilandelayo:
    - Isikrini sokuchukumisa umbala esinokucwangciswa
    - Ulwakhiwo oluqinileyo nolumelana neekhemikhali
    -Ukusebenza kwesixhobo esisebenzayo, kulula ukusifunda isikrini esikhulu
    -Imisebenzi yemenyu elula
    - Imenyu yemisebenzi emininzi eyakhelwe ngaphakathi, ungakhetha indlela yokusebenza, indlela yokuprinta, njl.
    - Imo yokomisa ekhethiweyo ngeendlela ezininzi eyakhelwe ngaphakathi
    - Idathabheyisi eyakhelwe ngaphakathi inokugcina idatha yokufuma eyi-100, idatha yesampuli eyi-100, kunye nedatha yesampuli eyakhelwe ngaphakathi.

    - Idathabheyisi eyakhelwe ngaphakathi ingagcina idatha yendlela yokuhlolwa kwe-2000
    - I-RS232 eyakhelwe ngaphakathi kunye noqhagamshelo lwe-USB olukhethiweyo lwe-USB flash drive
    - Bonisa yonke idatha yovavanyo ngexesha lokomisa
    -Iprinta yangaphandle eyongeziweyo enokukhetha kuyo

     

    1.2 Inkcazo yeqhosha lojongano

    Izitshixo Umsebenzi othile
    Printa Qhagamshela ushicilelo ukuze uprinte idatha yokufuma
    Gcina Gcina idatha yokufuma kwiStatistics nakwi-USB flash drive (nge-USB flash drive)
    Qala Qalisa okanye uyeke uvavanyo lokufuma
    Tshintsha Idatha efana nokubuyiswa komswakama iyaguqulwa kwaye iboniswe ngexesha lovavanyo lomswakama
    Unothi Ubunzima bunokubekwa ku-zero kwimeko yobunzima, kwaye ungacinezela eli qhosha ukuze ubuyele kwimeko yobunzima emva kokuvavanya ukufuma
    LAYITA ICIMA Cima inkqubo
    Ithala leencwadi lesampulu Faka ilayibrari yesampulu ukuze usete iiparameter zesampulu okanye iiparameter zenkqubo yokufowuna
    Misela Yiya kwizicwangciso zeNkqubo
    Izibalo Ungajonga, ucime, uprinte, okanye uthumele iinkcukacha-manani

     

    I-YY-HBM101 Plastic Moisture Analyser ingasetyenziselwa ukumisela umxholo wokufuma kwayo nayiphi na into. Esi sixhobo sisebenza ngokomgaqo we-thermogravimetry: isixhobo siqala ukulinganisa ubunzima besampulu; Into yokufudumeza ye-halogen yangaphakathi ishushu isampulu ngokukhawuleza kwaye amanzi ayaphela. Ngexesha lenkqubo yokomisa, isixhobo sihlala silinganisa ubunzima besampulu kwaye sibonise iziphumo. Emva kokuba ukomisa kugqityiwe, umxholo wokufuma wepateni %, umxholo oqinileyo %, ubunzima G okanye ukubuyiswa komswakama % kuyaboniswa.

    Eyona nto ibalulekileyo ekusebenzeni lizinga lokufudumeza. Ukufudumeza kweHalogen kunokufikelela kumandla aphezulu okufudumeza ngexesha elincinci kuneendlela zendabuko zokufudumeza ze-infrared okanye ze-oven. Ukusetyenziswa kwamaqondo obushushu aphezulu nako kuyimbangela yokunciphisa amaxesha okomisa. Ukufinyeza ixesha kunceda ukwandisa imveliso.

    Zonke iiparameter ezilinganisiweyo (ubushushu bokomisa, ixesha lokomisa, njl.njl.) zinokukhethwa kwangaphambili.

    I-YY-HBM101 Plastic Moisture Analyser nayo inezinye iimpawu, eziquka:
    - Isiseko sedatha esibanzi senkqubo yokomisa singagcina idatha yesampulu.
    -Imisebenzi yokomisa kwiintlobo zeesampuli.
    - Ingarekhoda kwaye igcine iiSetingi kunye nemilinganiselo.

    I-YY-HBM101 Plastic Moisture Analyser isebenza ngokupheleleyo kwaye kulula ukuyisebenzisa. Isikrini sokuchukumisa esinombala we-intshi ezi-5 sixhasa ulwazi olwahlukeneyo lokubonisa. Ithala leencwadi lendlela yokuvavanya linokugcina iiparameter zovavanyo lwesampulu zangaphambili, ngoko ke akukho mfuneko yokufaka idatha entsha xa kuvavanywa iisampuli ezifanayo. Isikrini sokuchukumisa sinokubonisa igama lovavanyo, ubushushu obukhethiweyo, ubushushu bokwenyani, ipesenti yexesha kunye nokufuma, ipesenti eqinileyo, igram, i-% yokubuyisela ukufuma kunye ne-heating curve ebonisa ixesha kunye nepesenti.

    Ukongeza, inokuxhotyiswa nge-interface yangaphandle ye-USB ukuze uqhagamshele idiski ye-U, ungathumela idatha yezibalo, idatha yomzila wokuhlola. Ingagcina idatha yomswakama wovavanyo kunye nedatha yokuhlola ngexesha langempela.

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  • Isivavanyeli sokuTsha sePlastiki se-UL-94 (Isikrini sokuchukumisa)

    Isivavanyeli sokuTsha sePlastiki se-UL-94 (Isikrini sokuchukumisa)

    Intshayelelo yemveliso:

    Esi sivavanyeli sifanelekile ukuvavanya nokuvavanya iimpawu zokutsha kwezinto zeplastiki. Siyilwe kwaye senziwe ngokwemigaqo efanelekileyo yomgangatho we-UL94 wase-United States “Uvavanyo lokutsha kwezinto zeplastiki ezisetyenziswa kwizixhobo nakwizixhobo”. Siqhuba uvavanyo lokutsha oluthe tye noluthe nkqo kwiindawo zeplastiki zezixhobo nakwizixhobo, kwaye sixhotyiswe ngemitha yokuhamba kwegesi ukulungisa ubungakanani belangatye kunye nokusebenzisa imo yokuqhuba imoto. Ukusebenza okulula nokukhuselekileyo. Esi sixhobo sinokuvavanya ukutsha kwezinto okanye iiplastiki zefoam ezifana nezi: V-0, V-1, V-2, HB, ibakala.

    Umgangatho wokudibana

    Uvavanyo lokutsha lwe-UL94

     GBT2408-2008 "Ukumiselwa kweempawu zokutsha kweplastiki - indlela ethe tye kunye nendlela ethe nkqo"

    Uvavanyo lomlilo lwe-IEC60695-11-10

    GB5169

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  • I-Viscometer yesikrini sokuchukumisa esikrelekrele se-YY Series

    I-Viscometer yesikrini sokuchukumisa esikrelekrele se-YY Series

    1. (Ulawulo lwesantya olungenanyathelo) I-Viscometer yesikrini sokuchukumisa esebenza kakuhle:

    ① Yamkela itekhnoloji ye-ARM enenkqubo yeLinux eyakhelwe ngaphakathi. Ujongano lokusebenza lufutshane kwaye lucacile, nto leyo evumela uvavanyo lwe-viscosity olukhawulezayo nolulula ngokudalwa kweenkqubo zovavanyo kunye nohlalutyo lwedatha.

    ②Umlinganiselo ochanekileyo we-viscosity: Uluhlu ngalunye lulinganiswa ngokuzenzekelayo yikhompyutha, ukuqinisekisa ukuchaneka okuphezulu kunye nempazamo encinci.

    ③ Umxholo otyebileyo wokubonisa: Ukongeza kwi-viscosity (i-dynamic viscosity kunye ne-kinematic viscosity), ikwabonisa ubushushu, izinga lokucheba, uxinzelelo lwe-shear, ipesenti yexabiso elilinganisiweyo ukuya kwixabiso elipheleleyo (umboniso wemizobo), i-range overflow alarm, i-alamu yokuskena ngokuzenzekelayo, uluhlu lokulinganisa i-viscosity phantsi komxube wesantya se-rotor yangoku, umhla, ixesha, njl. Ingabonisa i-kinematic viscosity xa uxinano lwaziwa, ihlangabezana neemfuno ezahlukeneyo zokulinganisa zabasebenzisi.

    ④Imisebenzi epheleleyo: Ukulinganisa ngexesha, iiseti ezingama-30 zeenkqubo zovavanyo ezakhelwe ngokwakho, ukugcinwa kweeseti ezingama-30 zedatha yokulinganisa, ukuboniswa kwee-curves ze-viscosity ngexesha langempela, ukuprintwa kwedatha kunye nee-curves, njl.

    ⑤Inqanaba elibekwe ngaphambili: Liyaqonda kwaye lilungele ukulungiswa ngokuthe tye.

    ⑥ Ulawulo lwesantya olungenazinyathelo

    Uthotho lwe-YY-1T: 0.3-100 rpm, kunye neentlobo ezingama-998 zezantya zokujikeleza

    Uthotho lwe-YY-2T: 0.1-200 rpm, kunye neentlobo ezingama-2000 zesantya sokujikeleza

    ⑦Umboniso we-shear rate vs. viscosity curve: Uluhlu lwe-shear rate lungamiselwa kwaye luboniswe ngexesha langempela kwikhompyutha; lunokubonisa i-time vs. viscosity curve

    ⑧ I-probe yobushushu ye-Pt100 ekhethwayo: Uluhlu olubanzi lokulinganisa ubushushu, ukusuka kwi--20 ukuya kwi-300℃, kunye nokuchaneka kokulinganisa ubushushu kwe-0.1℃

    ⑨Izixhobo ezikhethiweyo: Ibhafu ye-thermostatic ekhethekileyo ye-Viscometer, ikomityi ye-thermostatic, iprinta, iisampulu ze-viscosity ezisemgangathweni (ioyile ye-silicone eqhelekileyo), njl.

    ⑩ Iinkqubo zokusebenza zesiTshayina nesiNgesi

     

    Ii-viscometer/rheometers ze-YY series zinoluhlu olubanzi kakhulu lokulinganisa, ukusuka kwi-00 mPa·s ukuya kwi-320 yezigidi zee-mPa·s, zigubungela phantse uninzi lweesampuli. Ngokusebenzisa ii-rotors zediski ze-R1-R7, ukusebenza kwazo kufana nokwee-viscometers zeBrookfield zohlobo olufanayo kwaye zingasetyenziswa njengendawo yazo. Ii-viscometers ze-DV series zisetyenziswa kakhulu kumashishini aphakathi naphezulu ane-viscosity efana neepeyinti, ii-coating, izinto zokuthambisa, ii-inki, i-pulp, ukutya, iioyile, i-starch, ii-adhesives ezisekelwe kwi-solvent, i-latex, kunye neemveliso ze-biochemical.

     

     

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  • Umatshini wokuCoca i-Vacuum Stirring Disfoaming we-YY-JA50 (20L)

    Umatshini wokuCoca i-Vacuum Stirring Disfoaming we-YY-JA50 (20L)

    Izicelo:

    I-inki ye-LED yokupakishwa/yokubonisa i-polymer, i-adhesive, i-adhesive yesilivere, irabha ye-silicone eqhubayo, i-epoxy resin, i-LCD, amayeza, ilebhu

     

    1. Ngexesha lokujikeleza nokujikeleza, kunye nepompo yokufunxa esebenza kakuhle, izinto zixutywa ngokulinganayo kwimizuzu emi-2 ukuya kwemi-5, kwaye iinkqubo zokuxuba nokucoca nge-vacuum zenziwa ngaxeshanye. 2. Izantya zokujikeleza nokujikeleza zinokulawulwa ngokuzimeleyo, zenzelwe izixhobo ezinzima kakhulu ukuzixuba ngokulinganayo.

    3. Idityaniswe nebharele yentsimbi engagqwaliyo engama-20L, inokusingatha izinto eziqala kwi-1000g ukuya kwi-20000g kwaye inokuhlangabezana neemfuno zemveliso enkulu esebenza kakuhle.

    4. Kukho iiseti ezili-10 zedatha yokugcina (enokwenziwa ngokwezifiso), kwaye iseti nganye yedatha inokwahlulwa ibe ngamacandelo ama-5 ukuseta iiparameter ezahlukeneyo ezifana nexesha, isantya, kunye neqondo le-vacuum, ezinokuhlangabezana neemfuno zokuxuba izinto zemveliso enkulu.

    5. Isantya esiphezulu sokujikeleza kunye nokujikeleza sinokufikelela kwiinguqu ezingama-900 ngomzuzu (ezilungisekayo ezingama-0-900), okuvumela ukuxutywa okufanayo kwezinto ezahlukeneyo ezinobungqindilili obuphezulu ngexesha elifutshane.

    6. Izinto eziphambili zisebenzisa iimpawu eziphambili kushishino ukuqinisekisa uzinzo lomatshini ngexesha lokusebenza ixesha elide kunye nomthwalo omninzi.

    7. Eminye imisebenzi yomatshini ingenziwa ngokwezifiso ngokweemfuno zabathengi.

     

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  • Umatshini wokuHlanganisa i-Vacuum we-YY-JA50 (3L)

    Umatshini wokuHlanganisa i-Vacuum we-YY-JA50 (3L)

    Intshayelelo:

    Umatshini wokuSusa iVacuum we-YY-JA50 (3L) uphuhlisiwe kwaye uqaliswa ngokusekelwe kumgaqo wokuxusa kweplanethi. Le mveliso iphucule kakhulu iteknoloji yangoku kwiinkqubo zokuvelisa i-LED. Umqhubi kunye nomlawuli zenziwe kusetyenziswa iteknoloji ye-microcomputer. Le ncwadana inika abasebenzisi indlela yokusebenza, yokugcina, kunye neendlela zokusebenzisa ezichanekileyo. Nceda ugcine le ncwadana ngokufanelekileyo ukuze ibhekisele kuyo kulondolozo lwexesha elizayo.

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  • Umatshini wovavanyo lwe-elektroniki we-YYP-50KN (UTM)

    Umatshini wovavanyo lwe-elektroniki we-YYP-50KN (UTM)

    1. Isishwankathelo

    Umatshini wokuvavanya ukuxinana kwendandatho ye-50KN sisixhobo sokulinganisa izinto esinobuchwepheshe obuphambili basekhaya. Ufanelekile kwiimvavanyo zepropathi ezibonakalayo ezifana nokuxinana, ukucinezela, ukugoba, ukucheba, ukukrazula nokuxobula iintsimbi, izinto ezingezizo iintsimbi, izixhobo ezidityanisiweyo kunye neemveliso. Isoftware yokulawula uvavanyo isebenzisa iqonga lenkqubo yokusebenza yeWindows 10, equlathe ujongano lwesoftware olusekelwe kwimizobo kunye nomfanekiso, iindlela zokucubungula idatha eziguquguqukayo, iindlela zokucwangcisa ulwimi lwe-VB ezimiselweyo, kunye nemisebenzi yokukhusela umda okhuselekileyo. Ikwanayo nemisebenzi yokuvelisa ngokuzenzekelayo ii-algorithms kunye nokuhlela ngokuzenzekelayo iingxelo zovavanyo, ezenza kube lula kwaye ziphucule kakhulu amandla okulungisa iimpazamo kunye nophuhliso lwenkqubo. Inokubala iiparameter ezifana namandla okuvelisa, i-elastic modulus, kunye namandla okuxobula aphakathi. Isebenzisa izixhobo zokulinganisa ezichanekileyo kwaye idibanisa i-automation ephezulu kunye nobukrelekrele. Ulwakhiwo lwayo lutsha, iteknoloji iphucukile, kwaye ukusebenza kuzinzile. Ilula, iguquguqukayo kwaye kulula ukuyigcina isebenza. Ingasetyenziswa ngamasebe ophando lwesayensi, iikholeji kunye neeyunivesithi, kunye namashishini emizi-mveliso kunye nemigodi uhlalutyo lwepropathi yoomatshini kunye nokuhlolwa komgangatho wemveliso wezixhobo ezahlukeneyo.

     

     

     

    2. Eyona iphambili Ezobugcisa Iiparameter:

    2.1 Umlinganiselo wamandla Umthwalo ophezulu: 50kN

    Ukuchaneka: ±1.0% yexabiso elibonisiweyo

    2.2 Ukuguqulwa (I-Photoelectric Encoder) Umgama ophezulu wokuxinana: 900mm

    Ukuchaneka: ± 0.5%

    2.3 Umlinganiselo Wokufuduka Ukuchaneka: ±1%

    2.4 Isantya: 0.1 - 500mm/min

     

     

     

     

    2.5 Umsebenzi wokuPrinta: Amandla aphezulu okuPrinta, ukunwebeka, incopho yokukhupha, ukuqina kweringi kunye nee-curves ezihambelanayo, njl. (Iiparameter ezongezelelweyo zokuprinta zingongezwa ngokweemfuno zomsebenzisi).

    2.6 Umsebenzi woNxibelelwano: Ukunxibelelana nesoftware yokulawula umlinganiselo wekhompyutha ephezulu, kunye nomsebenzi wokukhangela izibuko ze-serial ozenzekelayo kunye nokucubungula idatha yovavanyo ngokuzenzekelayo.

    2.7 Izinga lokuSampula: 50 amaxesha/imizuzwana

    Ubonelelo lwaMandla oluyi-2.8: AC220V ± 5%, 50Hz

    2.9 Ubukhulu beMainframe: 700mm × 550mm × 1800mm 3.0 Ubunzima beMainframe: 400kg

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  • I-DSC-BS52 Differential scanning calorimeter (DSC)

    I-DSC-BS52 Differential scanning calorimeter (DSC)

    Isishwankathelo:

    I-DSC luhlobo lwesikrini sokuchukumisa, oluvavanya ngokukodwa uvavanyo lwexesha lokungeniswa kwe-oxidation yezinto zepolymer, ukusebenza kwesitshixo esinye somthengi, kunye nokusebenza ngokuzenzekelayo kwesoftware.

    Ukuthobela le migangatho ilandelayo:

    GB/T 19466.2- 2009/ISO 11357-2:1999

    GB/T 19466.3- 2009/ISO 11357-3:1999

    GB/T 19466.6- 2009/ISO 11357-6:1999

     

    Iimbonakalo:

    Ulwakhiwo lokuchukumisa olukwinqanaba leshishini lunolwazi oluninzi, kubandakanya ubushushu bokuseta, ubushushu besampulu, ukuhamba kweoksijini, ukuhamba kwenitrogen, isignali yobushushu eyahlukileyo, iimeko ezahlukeneyo zokutshintsha, njl.

    Ujongano lonxibelelwano lwe-USB, ukufana okuqinileyo, unxibelelwano oluthembekileyo, uxhasa umsebenzi woqhagamshelo oluzibuyisela ngokwalo.

    Ulwakhiwo lwesithando somlilo luncinci, kwaye izinga lokunyuka nokupholisa liyalungiseka.

    Inkqubo yokufakela iphuculwe, kwaye indlela yokulungisa oomatshini iyasetyenziswa ukuze kuthintelwe ngokupheleleyo ukungcoliswa kwe-colloidal yangaphakathi yesithando somlilo ukuya kwisignali yobushushu eyahlukileyo.

    Isithando somlilo sifudunyezwa ngocingo lokufudumeza lombane, kwaye isithando somlilo sipholiswa ngamanzi apholisayo ajikelezayo (afakwe efrijini ngecompressor), isakhiwo esincinci kunye nobukhulu obuncinci.

    Iprobe yobushushu obuphindwe kabini iqinisekisa ukuphindaphindeka okuphezulu komlinganiselo wobushushu besampulu, kwaye isebenzisa iteknoloji ekhethekileyo yokulawula ubushushu ukulawula ubushushu bodonga lwesithando somlilo ukuseta ubushushu besampulu.

    Imitha yokuhamba kwegesi itshintsha ngokuzenzekelayo phakathi kweendlela ezimbini zegesi, ngesantya sokutshintsha esikhawulezayo kunye nexesha elifutshane elizinzileyo.

    Isampulu eqhelekileyo ibonelelwe ukuze kube lula ukulungisa i-coefficient yobushushu kunye ne-coefficient yexabiso le-enthalpy.

    Isoftware ixhasa isikrini ngasinye esinokulungiswa, ilungisa ngokuzenzekelayo imo yokubonisa ubungakanani besikrini sekhompyutha. Ixhasa ilaptop, idesktop; Ixhasa iWin2000, iXP, iVISTA, iWIN7, iWIN8, iWIN10 kunye nezinye iinkqubo zokusebenza.

    Xhasa indlela yokusebenza yesixhobo sokuhlela umsebenzisi ngokweemfuno zokwenyani ukuze kufezekiswe ukuzenzekelayo ngokupheleleyo kwamanyathelo okulinganisa. Isoftware inika imiyalelo emininzi, kwaye abasebenzisi banokudibanisa ngokuguquguquka baze bagcine umyalelo ngamnye ngokweenyathelo zabo zokulinganisa. Imisebenzi enzima incitshiswa ibe yimisebenzi yokucofa kube kanye.

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    Isishwankathelo:

    Le mveliso ifanelekile ukulinganisa ulwandiso kunye neempawu zokuncitshiswa kwezinto zesinyithi, izinto zepolymer, iiceramics, iiglazes, ii-refractories, iglasi, igraphite, ikhabhoni, i-corundum kunye nezinye izinto ngexesha lenkqubo yokutshiswa kobushushu phantsi kobushushu obuphezulu. Iiparameter ezifana ne-linear variable, i-linear expansion coefficient, i-volume expansion coefficient, i-rapid thermal expansion, i-softening temperature, i-sintering kinetics, i-glass transition temperature, i-phase transition, i-density change, i-sintering rate control inokulinganiswa.

     

    Iimbonakalo:

    1. Isakhiwo sokuchukumisa isikrini esibanzi se-intshi ezi-7, esibonisa ulwazi olutyebileyo, kubandakanya ubushushu obumiselweyo, ubushushu besampuli, isignali yokufuduka yokwandiswa.
    2. Unxibelelwano lwentambo yenethiwekhi yeGigabit, ukufana okuqinileyo, unxibelelwano oluthembekileyo ngaphandle kokuphazamiseka, luxhasa umsebenzi woqhagamshelo lokuzibuyisela.
    3. Umzimba wesithando sesinyithi sonke, ulwakhiwo oluncinci lomzimba wesithando, isantya sokunyuka nokuwa esilungisekayo.
    4. Ukufudumeza umzimba wesithando kusebenzisa indlela yokufudumeza ityhubhu yekhabhoni yesilicon, isakhiwo esincinci, kunye nomthamo omncinci, ohlala ixesha elide.
    5. Imo yokulawula ubushushu be-PID ukulawula ukunyuka kobushushu obuhambelanayo bomzimba wesithando.
    6. Ezi zixhobo zamkela isenzi sobushushu beplatinum esingamelani nobushushu obuphezulu kunye nesenzi sokutshintsha esichanekileyo ukuze zibone isignali yokwandisa ubushushu besampuli.
    7. Isoftware ihambelana nesikrini sekhompyutha sesisombululo ngasinye kwaye ilungisa imo yokubonisa yegophe ngalinye ngokuzenzekelayo ngokobukhulu besikrini sekhompyutha. Incwadana yokuxhasa, idesktop; Ixhasa iWindows 7, iWindows 10 kunye nezinye iinkqubo zokusebenza.
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    1. Isishwankathelo:

    I-YYP-LH-B Moving Die Rheometer ihambelana ne-GB/T 16584 “Iimfuno zokumisela iimpawu ze-vulcanization zerabha ngaphandle kwesixhobo se-vulcanization esingenarotor”, iimfuno ze-ISO 6502 kunye nedatha ye-T30, T60, T90 efunekayo ngokwemigangatho yase-Itali. Isetyenziselwa ukumisela iimpawu zerabha engavulwanga kunye nokufumana ixesha elifanelekileyo le-vulcanization ye-compound yerabha. Sebenzisa imodyuli yolawulo lobushushu bomgangatho womkhosi, uluhlu olubanzi lolawulo lobushushu, ukuchaneka okuphezulu kolawulo, uzinzo kunye nokuphindaphinda. Akukho nkqubo yohlalutyo lwe-rotor vulcanization esebenzisa iqonga lenkqubo yokusebenza yeWindows 10, ujongano lwesoftware yemizobo, ukucutshungulwa kwedatha okuguquguqukayo, indlela yokucwangcisa i-VB yemodyuli, idatha yovavanyo ingathunyelwa ngaphandle emva kovavanyo. Ibonisa ngokupheleleyo iimpawu ze-automation ephezulu. I-Glass door rising cylinder drive, ingxolo ephantsi. Ingasetyenziselwa uhlalutyo lweempawu zoomatshini kunye nokuhlolwa komgangatho wemveliso wezixhobo ezahlukeneyo kumasebe ophando lwesayensi, iikholeji kunye neeyunivesithi kunye namashishini emizi-mveliso kunye nezemigodi.

    1. Umgangatho weNtlanganiso:

    Umgangatho: GB/T3709-2003. GB/T 16584. ASTM D 5289. ISO-6502; JIS K6300-2-2001

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    I-YY-3000 Rapid Plasticity Meter isetyenziselwa ukuvavanya ixabiso leplastiki elikhawulezayo (ixabiso lokuqala leplastiki P0) kunye nokugcinwa kweplastiki (i-PRI) yeeplastiki zendalo eziluhlaza nezingenavulcan (iingxube zerabha). Esi sixhobo siqulathe umsingathi omnye, umatshini omnye wokubhoboza (kubandakanya umsiki), i-oven enye yokuguga echanekileyo kunye negeyiji enye yobukhulu. Ixabiso leplastiki elikhawulezayo P0 lisetyenzisiwe ukucinezela ngokukhawuleza isampuli yesilinda phakathi kweebhloko ezimbini ezixineneyo ezihambelanayo ukuya kubukhulu obumiselweyo be-1mm ngumsingathi. Isampuli yovavanyo igcinwe kwimeko exineneyo kangangemizuzwana eli-15 ukuze kufezekiswe ibhalansi yobushushu kunye nepleyiti ehambelanayo, kwaye emva koko uxinzelelo oluqhubekayo lwe-100N±1N lufakwe kwisampuli kwaye lugcinwe kangangemizuzwana eli-15. Ekupheleni kwesi sigaba, ubukhulu bovavanyo obulinganiswe ngokuchanekileyo sisixhobo sokubona busetyenziswa njengomlinganiselo weplastiki. busetyenziselwa ukuvavanya ixabiso leplastiki elikhawulezayo (ixabiso lokuqala leplastiki P0) kunye nokugcinwa kweplastiki (i-PRI) yeeplastiki zendalo eziluhlaza nezingenavulcan (iingxube zerabha). Esi sixhobo siqulathe umatshini oyintloko, umatshini wokubhoboza (kuquka umsiki), igumbi lovavanyo lokuguga elichanekileyo kakhulu kunye negeyiji yobukhulu. Ixabiso leplastiki ekhawulezayo i-P0 lisetyenzisiwe ukucinezela ngokukhawuleza isampuli yesilinda phakathi kweebhloko ezimbini ezidityanisiweyo ezihambelanayo ukuya kubukhulu obumiselweyo be-1mm ngumsingathi. Isampuli yovavanyo igcinwe kwimeko yokuxinwa kangangemizuzwana eli-15 ukuze kufezekiswe ibhalansi yobushushu kunye nepleyiti ehambelanayo, kwaye emva koko uxinzelelo olungaguqukiyo lwe-100N±1N lufakwe kwisampuli kwaye lugcinwe kangangemizuzwana eli-15. Ekupheleni kwesi sigaba, ubukhulu bovavanyo obulinganiswe ngokuchanekileyo sisixhobo sokujonga busetyenziswa njengomlinganiselo weplastiki.

     

     

     

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    Intshayelelo yeMveliso:

    Le mveliso yenzelwe uvavanyo lobomi besiphatho semithwalo. Yenye yeempawu zokuvavanya ukusebenza kunye nomgangatho weemveliso zemithwalo, kwaye idatha yemveliso ingasetyenziswa njengesalathiso semigangatho yovavanyo.

     

    Ukuhlangabezana nomgangatho:

    QB/T 1586.3

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    Umatshini wokuvavanya imithwalo ye-YYP124F

     

    Sebenzisa:

    Le mveliso isetyenziselwa imithwalo yokuhamba enamavili, uvavanyo lwebhegi yokuhamba, inokulinganisa ukumelana nokuguguleka kwezinto zevili kunye nolwakhiwo lulonke lwebhokisi lonakele, iziphumo zovavanyo zingasetyenziswa njengesalathiso sokuphucula.

     

     

    Ukuhlangabezana nomgangatho:

    QB/T2920-2018

    QB/T2155-2018

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    Umatshini wovavanyo lweMpembelelo yokuTshatyalaliswa kwemithwalo we-YYP124H QB/T 2922

    Ingcaciso yeMveliso:

    Umatshini wovavanyo lweMpembelelo yeNgxowa yeYYP124H usetyenziselwa ukuvavanya isiphatho semithwalo, umsonto wokuthunga kunye nolwakhiwo lulonke lovavanyo lweMpembelelo yokungcangcazela. Le ndlela kukufaka umthwalo ochaziweyo kwinto, kunye nokwenza iimvavanyo ezingama-2500 kwisampuli ngesantya samaxesha angama-30 ngomzuzu kunye nokubetha kwe-intshi ezi-4. Iziphumo zovavanyo zingasetyenziswa njengesalathiso sokuphucula umgangatho.

     

    Ukuhlangabezana nomgangatho:

    QB/T 2922-2007

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    Isivavanyeli soBulukhuni be-YY–LX-A

    1. Intshayelelo emfutshane:

    I-YY-LX-Uvavanyo lokuqina kwerabha sisixhobo sokulinganisa ubunzima berabha evulcanized kunye neemveliso zeplastiki. Sisebenzisa imigaqo efanelekileyo kwimigangatho eyahlukeneyo ye-GB527, GB531 kunye ne-JJG304. Isixhobo sovavanyo lokuqina singalinganisa ubunzima obuqhelekileyo berabha kunye neziqwenga zovavanyo ezisemgangathweni zeplastiki kwilabhoratri kuhlobo olufanayo lwesakhelo sokulinganisa umthwalo. Intloko yovavanyo lokuqina ingasetyenziselwa ukulinganisa ubunzima bomphezulu wezinto zerabha (zeplastiki) ezibekwe kwizixhobo.

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    Isishwankathelo:

    Ukutshatyalaliswa kwezinto ngenxa yokukhanya kwelanga kunye nokufuma kwendalo kubangela ilahleko ezinkulu zoqoqosho minyaka le. Umonakalo obangelwayo ikakhulu uquka ukufiphala, ukuba tyheli, ukutshintsha kombala, ukunciphisa amandla, ukuqhekeka, i-oxidation, ukunciphisa ukukhanya, ukuqhekeka, ukufiphala kunye nokutshoka. Iimveliso kunye nezinto ezivezwa kwilanga elithe ngqo okanye ngasemva kweglasi zisengozini enkulu yokonakala nge-photo. Izinto ezivezwa kwizibane ze-fluorescent, halogen, okanye ezinye izibane ezikhupha ukukhanya ixesha elide nazo zichaphazeleka yi-photodegradation.

    I-Xenon Lamp Weather Resistance Test Chamber isebenzisa isibane se-xenon arc esinokulinganisa i-spectrum yelanga elipheleleyo ukuze sivelise amaza okukhanya atshabalalisayo akhoyo kwiindawo ezahlukeneyo. Esi sixhobo sinokubonelela ngokulinganisa okusingqongileyo okuhambelanayo kunye novavanyo olukhawulezileyo lophando lwesayensi, uphuhliso lwemveliso kunye nolawulo lomgangatho.

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    Igumbi lovavanyo lokwaluphala le-UV elingama-315 (i-electrostatic spraying cold rolled steel)

    Ukusetyenziswa kwezixhobo:

    Esi sixhobo sovavanyo silingisa umonakalo obangelwe kukukhanya kwelanga, imvula, kunye nombethe ngokuveza izinto eziphantsi kovavanyo kumjikelo otshintshanayo wokukhanya namanzi kumaqondo obushushu aphezulu alawulwayo. Sisebenzisa izibane ze-ultraviolet ukulinganisa imitha yelanga, kunye nokufuma kunye neejethi zamanzi ukulinganisa umbethe nemvula. Kwiintsuku ezimbalwa okanye kwiiveki ezimbalwa, izixhobo zokukhanyisa i-UV zinokuphinda zikhutshwe ngaphandle kuthatha iinyanga okanye iminyaka ukuba kwenzeke umonakalo, kubandakanya ukufiphala, ukutshintsha kombala, ukurhawuka, umgubo, ukuqhekeka, ukuqhekeka, ukushwabana, ukugqwala, ukunciphisa amandla, i-oxidation, njl., iziphumo zovavanyo zingasetyenziselwa ukukhetha izinto ezintsha, ukuphucula izinto ezikhoyo, kunye nokuphucula umgangatho wezinto. Okanye ukuvavanya utshintsho kwifom yezinto.

     

    Mi-EETingimigangatho:

    1.GB/T14552-93 “Umgangatho weSizwe weRiphabliki yabantu baseTshayina – Iiplastiki, iingubo, izinto zerabha zeemveliso zoshishino loomatshini – indlela yovavanyo olukhawulezileyo lwemozulu eyenziweyo” indlela yovavanyo lwe-fluorescent ultraviolet/condensation

    2. Indlela yohlalutyo lonxulumano lwe-GB/T16422.3-1997 GB/T16585-96

    3. GB/T16585-1996 “Indlela yokuvavanya irabha eyenziwe ngerabha eyenziweyo yokuguga kwemozulu (isibane se-ultraviolet esikhanyayo) yi-People's Republic of China”

    4.GB/T16422.3-1997 “Indlela yokuvavanya ukukhanya kwelebhu yeplastiki” kunye neminye imigangatho ehambelanayo yoyilo kunye nokuveliswa kwemigangatho ehambelana nemigangatho yovavanyo lwamazwe ngamazwe: ASTM D4329, IS0 4892-3, IS0 11507, SAEJ2020 kunye neminye imigangatho yovavanyo lokuguga lwe-UV yangoku.

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    Isishwankathelo:

    Ibhalansi yohlalutyo lwe-elektroniki yochungechunge lwe-YYQL-E isebenzisa uvakalelo oluphezulu oluqatshelwa kwihlabathi liphela, iteknoloji ye-sensor yamandla e-electromagnetic force ezinzileyo ephezulu, ekhokela iimveliso ezifanayo kushishino kwinqanaba lokusebenza kweendleko, inkangeleko entsha, ukuphumelela iphulo lokubeka amaxabiso emveliso ephezulu, ubume bomatshini wonke, iteknoloji eqinileyo, kunye nobuhle obugqwesileyo.

    Iimveliso zisetyenziswa kakhulu kuphando lwesayensi, imfundo, ezonyango, isinyithi, ezolimo kunye namanye amashishini.

     

    Iimbalasane zemveliso:

    · Inzwa yamandla e-electromagnetic engasemva

    · Isikhuseli somoya seglasi esibonakalayo ngokupheleleyo, sibonakala nge-100% kwiisampuli

    · Izibuko lonxibelelwano eliqhelekileyo le-RS232 ukuze kufezekiswe unxibelelwano phakathi kwedatha nekhompyutha, iprinta okanye ezinye izixhobo

    · Isibonisi se-LCD esolulwayo, siphepha impembelelo kunye nokungcangcazela kwebhalansi xa umsebenzisi esebenzisa izitshixo

    * Isixhobo sokulinganisa esinokukhethwayo esine-hook esezantsi

    * Ubunzima obakhelwe ngaphakathi bokulinganisa iqhosha elinye

    * Iprinta yobushushu ekhethwayo

     

     

    Umsebenzi wokulinganisa ukugcwalisa ipesenti yokulinganisa umlinganiselo

    Umsebenzi wokulinganisa iziqwenga Umsebenzi wokulinganisa ezantsi

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    Izicelo:

    Ububanzi bokusetyenziswa: irabha, iplastiki, ucingo kunye nentambo, izixhobo zombane, izixhobo zemidlalo, amatayara, iimveliso zeglasi, i-alloy eqinileyo, i-powder metallurgy, izinto zemagnethi, izitywini, iiseramikhi, isiponji, izixhobo ze-EVA, izixhobo zokufaka igwebu, izixhobo ze-alloy, izixhobo zokungqubana, uphando lwezinto ezintsha, izixhobo zebhetri, ilabhoratri yophando.

    Umgaqo Wokusebenza:

    ASTM D792, ASTM D297, GB/T1033、GB/T2951、 GB/T3850、 GB/T533、 HG4-1468、 JIS K6268、 ISO 2781、ISO 1183、ISO2781、ASTMD297-93、ASTMD297、ASTMD297,7D9D 5318、ASTDIN 818、718、ASTD9D9D 534、ISO 2781） D792-00、JISK6530, ASTM D792-00、JISK6530.

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