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Kayayyaki

  • Injin Gwajin Tasirin Kwallo na YYP 136

    Injin Gwajin Tasirin Kwallo na YYP 136

    SamfuriGabatarwa:

    Injin gwajin tasirin ƙwallon da ke faɗuwa na'ura ce da ake amfani da ita don gwada ƙarfin kayan aiki kamar robobi, yumbu, acrylic, zare na gilashi, da kuma rufin. Wannan kayan aikin ya yi daidai da ƙa'idodin gwaji na JIS-K6745 da A5430.

    Wannan injin yana daidaita ƙwallon ƙarfe na wani takamaiman nauyi zuwa wani tsayi, wanda ke ba su damar faɗuwa cikin 'yanci su buga samfuran gwajin. Ana auna ingancin samfuran gwajin bisa ga girman lalacewar. Masana'antun da yawa suna yaba wa wannan kayan aikin sosai kuma na'urar gwaji ce mai kyau.

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  • Mai Gwajin Yawan Watsa Ruwa na YY-RC6 (ASTM E96) WVTR

    Mai Gwajin Yawan Watsa Ruwa na YY-RC6 (ASTM E96) WVTR

    I. Gabatarwar Samfura:

    Na'urar gwajin saurin watsa tururin ruwa ta YY-RC6 ƙwararriya ce, mai inganci kuma mai wayo tsarin gwaji na WVTR mai inganci, wanda ya dace da fannoni daban-daban kamar fina-finan filastik, fina-finan haɗaka, kula da lafiya da gini.

    Tantance yawan watsa tururin ruwa na kayan aiki. Ta hanyar auna yawan watsa tururin ruwa, ana iya sarrafa alamun fasaha na samfura kamar kayan marufi marasa daidaitawa.

    II. Aikace-aikacen Samfura

     

     

     

     

    Aikace-aikacen Asali

    Fim ɗin filastik

    Gwajin saurin watsa tururin ruwa na fina-finan filastik daban-daban, fina-finan haɗin filastik, fina-finan haɗin filastik na takarda, fina-finan da aka haɗa, fina-finan da aka shafa da aluminum, fina-finan haɗin aluminum, fina-finan haɗin fiber gilashi na aluminum da sauran kayan da suka yi kama da fim.

    Takardar filastik

    Gwajin ƙimar watsa tururin ruwa na kayan takarda kamar zanen PP, zanen PVC, zanen PVDC, foil ɗin ƙarfe, fina-finai, da wafers ɗin silicon.

    Takarda, allon kwali

    Gwajin ƙimar watsa tururin ruwa na kayan haɗin gwiwa kamar takarda mai rufi da aluminum don fakitin sigari, takarda-aluminum-roba (Tetra Pak), da kuma takarda da kwali.

    Fata ta wucin gadi

    Fata ta wucin gadi tana buƙatar wani matakin shigar ruwa cikin jiki don tabbatar da ingantaccen aikin numfashi bayan an dasa ta a cikin mutane ko dabbobi. Ana iya amfani da wannan tsarin don gwada shigar da danshi a fatar wucin gadi.

    Kayayyakin likita da kayan taimako

    Ana amfani da shi don gwaje-gwajen watsa tururin ruwa na kayan aikin likita da kayan taimako, kamar gwaje-gwajen ƙimar watsa tururin ruwa na kayan aiki kamar facin filasta, fina-finan kula da raunuka marasa tsafta, abin rufe fuska na kyau, da facin tabo.

    Yadi, yadi marasa sakawa

    Gwajin yadda ake watsa tururin ruwa a cikin yadi, masaku marasa saƙa da sauran kayayyaki, kamar masaku masu hana ruwa shiga da kuma numfashi, masaku marasa saƙa, masaku marasa saƙa don kayayyakin tsafta, da sauransu.

     

     

     

     

     

    Aikace-aikacen da aka faɗaɗa

    Takardar bayan rana

    Gwajin saurin watsa tururin ruwa da ya shafi takardun baya na hasken rana.

    Fim ɗin nuni na lu'ulu'u mai ruwa-ruwa

    Ya dace da gwajin saurin watsa tururin ruwa na fina-finan nuni na lu'ulu'u na ruwa

    Fim ɗin fenti

    Yana aiki ga gwajin juriyar ruwa na fina-finan fenti daban-daban.

    Kayan kwalliya

    Yana aiki don gwajin aikin danshi na kayan kwalliya.

    Membrane mai lalacewa

    Ya dace da gwajin juriyar ruwa na fina-finan da za su iya lalacewa ta hanyar halitta, kamar fina-finan marufi da aka yi da sitaci, da sauransu.

     

    III.Sifofin Samfura

    1. Dangane da ƙa'idar gwajin hanyar kofi, tsarin gwaji ne na ƙimar watsa tururin ruwa (WVTR) wanda aka saba amfani da shi a cikin samfuran fim, wanda ke iya gano watsa tururin ruwa ƙasa da 0.01g/m2·24h. Tsarin ƙwanƙwasa mai ƙuduri mai girma wanda aka saita yana ba da kyakkyawan yanayin tsarin yayin da yake tabbatar da daidaito mai girma.

    2. Tsarin sarrafa zafin jiki da danshi mai faɗi, mai inganci, da kuma sarrafa kansa yana sauƙaƙa cimma gwaji mara daidaito.

    3. Saurin iska mai tsafta yana tabbatar da bambancin zafi tsakanin ciki da waje na kofin da danshi ke shiga.

    4. Tsarin yana sake farawa ta atomatik zuwa sifili kafin a auna shi don tabbatar da daidaiton kowane ma'auni.

    5. Tsarin ya rungumi tsarin haɗakar silinda ta hanyar amfani da injina, da kuma hanyar auna nauyi ta lokaci-lokaci, wanda hakan ke rage kurakuran tsarin yadda ya kamata.

    6. Soket ɗin tabbatar da zafin jiki da danshi waɗanda za a iya haɗawa da sauri suna sauƙaƙa wa masu amfani su yi saurin daidaitawa.

    7. An samar da hanyoyi guda biyu na daidaita sauri, wato fim ɗin da aka saba da kuma nauyin da aka saba, domin tabbatar da daidaito da kuma daidaiton bayanai na gwaji.

    8. Duk kofuna uku masu danshi za su iya yin gwaje-gwaje masu zaman kansu. Tsarin gwajin ba ya tsoma baki a junansu, kuma sakamakon gwajin ana nuna shi daban-daban.

    9. Kowanne daga cikin kofuna uku masu danshi zai iya yin gwaje-gwaje masu zaman kansu. Tsarin gwajin ba ya tsoma baki da juna, kuma sakamakon gwajin ana nuna shi daban-daban.

    10. Babban allon taɓawa yana ba da ayyuka na injin ɗan adam mai sauƙin amfani, yana sauƙaƙa aiki da mai amfani da kuma koyo cikin sauri.

    11. Taimaka wa adana bayanai na gwaji ta hanyar amfani da tsari daban-daban domin sauƙaƙe shigo da bayanai da fitarwa;

    12. Taimakawa ayyuka da yawa kamar tambayoyin bayanai na tarihi, kwatantawa, bincike da bugawa masu dacewa;

     

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  • Injin Gwaji na Duniya na YYP-50KN (UTM)

    Injin Gwaji na Duniya na YYP-50KN (UTM)

    1. Bayani

    Injin Gwajin Taurin Zobe Mai Ƙarfi na 50KN na'urar auna kayan aiki ce mai manyan fasahar cikin gida. Ya dace da gwaje-gwajen kadarorin jiki kamar su tensile, matsewa, lanƙwasawa, yankewa, tsagewa da bare ƙarfe, kayan haɗin gwiwa da samfura. Manhajar sarrafa gwaji tana amfani da dandamalin tsarin aiki na Windows 10, wanda ke da hanyar sadarwa ta software mai hoto da hoto, hanyoyin sarrafa bayanai masu sassauƙa, hanyoyin shirye-shiryen harshen VB na zamani, da ayyukan kariya mai aminci. Hakanan yana da ayyukan ƙirƙirar algorithms ta atomatik da gyara rahotannin gwaji ta atomatik, wanda ke sauƙaƙawa da inganta ƙwarewar gyara kurakurai da haɓaka tsarin sosai. Yana iya ƙididdige sigogi kamar ƙarfin samarwa, modulus na roba, da matsakaicin ƙarfin barewa. Yana amfani da kayan aikin aunawa masu inganci kuma yana haɗa babban aiki da hankali. Tsarinsa sabon abu ne, fasaha ta ci gaba, kuma aiki yana da karko. Yana da sauƙi, sassauƙa kuma mai sauƙin kulawa a cikin aiki. Sashen bincike na kimiyya, kwalejoji da jami'o'i, da masana'antun masana'antu da ma'adinai na iya amfani da shi don nazarin kadarorin injiniya da duba ingancin samarwa na kayan aiki daban-daban.

     

     

     

    2. Babban Fasaha Sigogi:

    2.1 Ma'aunin Ƙarfi Matsakaicin nauyi: 50kN

    Daidaito: ±1.0% na ƙimar da aka nuna

    2.2 Nakasa (Na'urar Encoder Mai Amfani da Hoto) Matsakaicin nisan da ke da ƙarfi: 900mm

    Daidaito: ±0.5%

    2.3 Daidaiton Ma'aunin Matsuguni: ±1%

    2.4 Gudu: 0.1 - 500mm/min

     

     

     

     

    2.5 Aikin Bugawa: Ƙarfin bugu mafi girma, tsawaitawa, wurin samarwa, taurin zobe da lanƙwasa masu dacewa, da sauransu. (Ana iya ƙara ƙarin sigogin bugawa kamar yadda mai amfani ya buƙata).

    2.6 Aikin Sadarwa: Sadarwa da babbar manhajar sarrafa ma'aunin kwamfuta, tare da aikin binciken tashar jiragen ruwa ta atomatik da sarrafa bayanan gwaji ta atomatik.

    2.7 Yawan Samfura: Sau 50/s

    2.8 Wutar Lantarki: AC220V ± 5%, 50Hz

    2.9 Babban Girman ...

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  • YY8503 Mai Gwaji Mai Murkushewa

    YY8503 Mai Gwaji Mai Murkushewa

    I. Kayan aikiGabatarwa:

    YY8503 Mai gwajin Crush, wanda kuma aka sani da ma'aunin kwamfuta da na'urar gwajin cruch, kwali mai gwajin crush, na'urar gwajin murƙushewa ta lantarki, na'urar auna matsin lamba ta gefe, na'urar auna matsin lamba ta zobe, ita ce kayan aiki na asali don gwajin ƙarfin matsewa na kwali/takarda (wato, kayan aikin gwajin marufi na takarda), wanda aka sanye shi da kayan haɗin kayan aiki iri-iri, zai iya gwada ƙarfin matsewar zobe na takarda mai tushe, ƙarfin matsewa na kwali, ƙarfin matsewa na gefe, ƙarfin haɗin gwiwa da sauran gwaje-gwaje. Domin kamfanonin samar da takarda su sarrafa farashin samarwa da inganta ingancin samfura. Sigogin aikinsa da alamun fasaha sun cika ƙa'idodin ƙasa masu dacewa.

     

    II. Ma'aunin aiwatarwa:

    1.GB/T 2679.8-1995 "Ƙayyade ƙarfin matse zobe na takarda da allon takarda";

    2.GB/T 6546-1998 “Ƙayyade ƙarfin matsin lamba na kwali mai rufi”;

    3.GB/T 6548-1998 “Ƙayyade ƙarfin haɗin kwali mai rufi”;

    4.GB/T 2679.6-1996 “Ƙayyade ƙarfin matsewa mai lebur na takardar tushe mai lanƙwasa”;

    5.GB/T 22874 "Ƙayyade ƙarfin matsewa mai faɗi na kwali mai gefe ɗaya da mai corrugated guda ɗaya"

    Ana iya yin gwaje-gwaje masu zuwa tare da daidaitattun gwaje-gwajen

     

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  • YY-KND200 Atomatik Kjeldahl Nitrogen Analyzer

    YY-KND200 Atomatik Kjeldahl Nitrogen Analyzer

    1. Gabatarwar Samfuri:

    Hanyar Kjeldahl hanya ce ta gargajiya don tantance nitrogen. Ana amfani da hanyar Kjeldahl sosai don tantance mahadin nitrogen a cikin ƙasa, abinci, kiwon dabbobi, kayayyakin noma, abinci da sauran kayayyaki. Tabbatar da samfurin ta hanyar hanyar Kjeldahl yana buƙatar matakai uku: narkewar samfur, rabuwar distillation da kuma nazarin titration

     

    Na'urar nazarin nitrogen ta Kjeldahl ta atomatik ta YY-KDN200 ta dogara ne akan hanyar tantance nitrogen ta Kjeldahl ta gargajiya da aka haɓaka samfurin distillation ta atomatik, rabuwa ta atomatik da kuma nazarin "sinadarin nitrogen" (furotin) ta hanyar tsarin nazarin fasaha mai alaƙa da waje, hanyarsa, ƙera ta dace da ƙa'idodin masana'antu na "GB/T 33862-2017 cikakken (rabi) mai sarrafa nitrogen na Kjeldahl" da ƙa'idodin ƙasa da ƙasa.

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  • YY-ZR101 Mai Gwaji Mai Haske Waya

    YY-ZR101 Mai Gwaji Mai Haske Waya

    I. Sunan kayan aiki:Mai Gwaji Mai Haske Waya

     

    II. Samfurin kayan aiki: YY-ZR101

     

    III. Gabatarwar Kayan Aiki:

    Thehaske Mai gwajin waya zai ɗumama kayan da aka ƙayyade (Ni80/Cr20) da siffar wayar dumama lantarki (wayar nickel-chromium Φ4mm) tare da babban wutar lantarki zuwa zafin gwaji (550℃ ~ 960℃) na tsawon minti 1, sannan ya ƙone samfurin gwajin a tsaye na tsawon minti 30 a matsin lamba da aka ƙayyade (1.0N). Ƙayyade haɗarin gobara na kayayyakin kayan lantarki da na lantarki dangane da ko an kunna ko an riƙe kayayyakin gwaji da kayan gado na dogon lokaci; Ƙayyade ƙarfin ƙonewa, zafin ƙonewa (GWIT), ma'aunin ƙonewa da ƙonewa (GWFI) na kayan kariya masu ƙarfi da sauran kayan ƙonewa masu ƙarfi. Mai gwajin waya mai haske ya dace da sassan bincike, samarwa da dubawa na inganci na kayan aiki masu haske, kayan lantarki masu ƙarancin wutar lantarki, kayan lantarki, da sauran kayayyakin lantarki da na lantarki da abubuwan da suka haɗa.

     

    IV. Sigogi na fasaha:

    1. Zafin waya mai zafi: 500 ~ 1000℃ mai daidaitawa

    2. Juriyar Zafin Jiki: 500 ~ 750℃ ± 10℃, > 750 ~ 1000℃ ± 15℃

    3. Daidaiton kayan aikin auna zafin jiki ±0.5

    4. Lokacin ƙonawa: Minti 0-99 da daƙiƙa 99 ana iya daidaitawa (galibi ana zaɓar su azaman 30s)

    5. Lokacin kunna wuta: mintuna 0-99 da daƙiƙa 99, dakatarwa da hannu

    6. Lokacin kashewa: mintuna 0-99 da daƙiƙa 99, dakatarwa da hannu

    Bakwai. Makullin Thermocouple: Φ0.5/Φ1.0mm Nau'in K mai sulke mai sulke (ba a ba da garantin ba)

    8. Wayar da ke sheƙi: Wayar nickel-chromium Φ4 mm

    9. Wayar mai zafi tana shafa matsi ga samfurin: 0.8-1.2N

    10. Zurfin tambari: 7mm±0.5mm

    11. Ma'aunin tunani: GB/T5169.10, GB4706.1, IEC60695, UL746A

    Girman ɗakin studio goma sha biyu: 0.5m3

    13. Girman waje: Faɗin mm 1000 x zurfin mm 650 x tsayi 1300mm.

    6

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  • Mai Gwajin Ma'aunin Iskar Oxygen YY-JF3

    Mai Gwajin Ma'aunin Iskar Oxygen YY-JF3

    I.Faɗin aikace-aikacen:

    Ana amfani da shi ga robobi, roba, zare, kumfa, fim da kayan yadi kamar auna aikin konewa

     II. Sigogi na fasaha:                                   

    1. Na'urar firikwensin iskar oxygen da aka shigo da ita, yawan iskar oxygen na dijital ba tare da lissafi ba, daidaito mafi girma da kuma daidaito, kewayon 0-100%

    2. Ƙimar dijital: ±0.1%

    3. Daidaiton auna dukkan na'urar: 0.4

    4. Tsarin daidaita kwararar ruwa: 0-10L/min (60-600L/h)

    5. Lokacin amsawa: < 5S

    6. Silinda mai siffar ma'adini: Diamita na ciki ≥75㎜ tsayi 480mm

    7. Yawan kwararar iskar gas a cikin silinda mai ƙonewa: 40mm±2mm/s

    8. Mita mai kwarara: 1-15L/min (60-900L/H) mai daidaitawa, daidaito 2.5

    9. Yanayin gwaji: Yanayin zafi: zafin ɗaki ~ 40℃; Danshin da ya dace: ≤70%;

    10. Matsin shigarwa: 0.2-0.3MPa (lura cewa ba za a iya wuce wannan matsin lamba ba)

    11. Matsin Aiki: Nitrogen 0.05-0.15Mpa Oxygen 0.05-0.15Mpa Haɗin iskar oxygen/nitrogen: gami da mai daidaita matsin lamba, mai daidaita kwarara, matatar iskar gas da ɗakin haɗawa.

    12. Ana iya amfani da samfuran ƙulle-ƙulle don robobi masu laushi da tauri, yadi, ƙofofin wuta, da sauransu.

    13. Tsarin kunna propane (butane), tsawon harshen wuta 5mm-60mm za a iya daidaita shi kyauta

    14. Iskar gas: nitrogen na masana'antu, iskar oxygen, tsarki > 99%; (Lura: Tushen iska da kan mahaɗin mai amfani da shi).

    Nasihu: Lokacin da aka gwada na'urar gwajin ma'aunin iskar oxygen, ya zama dole a yi amfani da aƙalla kashi 98% na iskar oxygen/nitrogen na matakin masana'antu a kowace kwalba a matsayin tushen iska, saboda iskar gas ɗin da ke sama samfurin jigilar kaya ne mai haɗari sosai, ba za a iya samar da ita azaman kayan haɗi na na'urar gwajin ma'aunin iskar oxygen ba, ana iya siyan ta ne kawai a tashar mai ta gida ta mai amfani. (Domin tabbatar da tsarkin iskar gas, da fatan za a saya a tashar mai ta yau da kullun ta gida)

    15.Bukatun Wutar Lantarki: AC220 (+10%) V, 50HZ

    16. Ƙarfin iko mafi girma: 50W

    17. Mai kunna wuta: akwai bututun ƙarfe da aka yi da bututun ƙarfe mai diamita na ciki na Φ2±1mm a ƙarshe, wanda za'a iya sakawa cikin silinda mai ƙonewa don kunna samfurin, tsawon wutar: 16±4mm, girman yana daidaitawa.

    18Samfurin samfurin kayan da ke ɗaukar kansa: ana iya gyara shi a matsayin shaft na silinda mai ƙonewa kuma yana iya manne samfurin a tsaye

    19Zaɓi: Mai riƙe samfurin kayan da ba sa ɗaukar kansu: yana iya gyara ɓangarorin samfurin guda biyu a tsaye a kan firam ɗin a lokaci guda (ya dace da fim ɗin yadi da sauran kayan aiki)

    20.Ana iya inganta tushen silinda mai ƙonewa don tabbatar da cewa zafin iskar gas ɗin da aka haɗa yana da 23℃ ~ 2℃

    III. Tsarin Chassis:                                

    1. Akwatin sarrafawa: Ana amfani da kayan aikin injin CNC don sarrafawa da samarwa, ana fesa wutar lantarki mai tsauri ta akwatin fesa ƙarfe, kuma ana sarrafa ɓangaren sarrafawa daban da ɓangaren gwaji.

    2. Silinda mai ƙonewa: juriya mai zafi mai ƙarfi, bututun gilashin quartz mai inganci (diamita na ciki ￠ 75mm, tsawon 480mm) Diamita na fitarwa: φ40mm

    3. Samfurin kayan aiki: kayan aiki mai ɗaukar kai, kuma yana iya riƙe samfurin a tsaye; (Zaɓin firam ɗin salo mara ɗaukar kai), saitin tsare-tsare guda biyu don biyan buƙatun gwaji daban-daban; Nau'in yanke zane, mafi sauƙin sanya tsari da yanke zane

    4. Diamita na ramin bututu a ƙarshen dogon mai kunna sandar shine ￠2±1mm, kuma tsawon wutar mai kunna shine (5-50) mm

     

    IV. Cika ƙa'idar:                                     

    Tsarin ƙira:

    GB/T 2406.2-2009

     

    Cika ka'idar:

    ASTM D 2863, ISO 4589-2, NES 714; GB/T 5454;GB/T 10707-2008;  GB/T 8924-2005; GB/T 16581-1996;NB/SH/T 0815-2010;Tarin fuka/T 2919-1998; IEC 61144-1992 ISO 15705-2002;  ISO 4589-2-1996;

     

    Bayani: Na'urar firikwensin iskar oxygen

    1. Gabatar da na'urar firikwensin iskar oxygen: A cikin gwajin ma'aunin iskar oxygen, aikin na'urar firikwensin iskar oxygen shine mayar da siginar sinadarai ta konewa zuwa siginar lantarki da aka nuna a gaban mai aiki. Na'urar firikwensin daidai yake da batir, wanda ake cinyewa sau ɗaya a kowane gwaji, kuma gwargwadon yawan amfani da mai amfani ko kuma girman ƙimar ma'aunin iskar oxygen na kayan gwajin, mafi girman na'urar firikwensin iskar oxygen zai sami ƙarin amfani.

    2. Kula da na'urar firikwensin iskar oxygen: Banda asarar da aka saba samu, waɗannan abubuwa biyu a cikin kulawa da kulawa suna taimakawa wajen tsawaita rayuwar na'urar firikwensin iskar oxygen:

    1)Idan kayan aikin ba sa buƙatar a gwada su na dogon lokaci, ana iya cire na'urar firikwensin iskar oxygen kuma ana iya ware ajiyar iskar oxygen ta wata hanya a ƙaramin zafin jiki. Ana iya kare hanyar aiki mai sauƙi da kyau ta amfani da na'urar rufe filastik sannan a sanya ta a cikin injin daskarewa.

    2)Idan ana amfani da kayan aikin a wani lokaci mai tsawo (kamar lokacin zagayowar aiki na kwana uku ko huɗu), a ƙarshen ranar gwajin, ana iya kashe silinda na iskar oxygen na tsawon minti ɗaya ko biyu kafin a kashe silinda na nitrogen, ta yadda za a cika nitrogen da wasu na'urorin haɗawa don rage tasirin rashin inganci na na'urar firikwensin iskar oxygen da hulɗar iskar oxygen.

    V. Teburin yanayin shigarwa: Masu amfani sun shirya

    Bukatar sarari

    Girman gabaɗaya

    L62*W57*H43cm

    Nauyi (KG)

    30

    Gwaji Bench

    Tsawon bencin aiki bai gaza mita 1 ba kuma faɗinsa bai gaza mita 0.75 ba

    Bukatar wutar lantarki

    Wutar lantarki

    220V ± 10% ,50HZ

    Ƙarfi

    100W

    Ruwa

    No

    Samar da iskar gas

    Iskar gas: nitrogen na masana'antu, iskar oxygen, tsarki > 99%; Bawul mai rage matsin lamba na tebur mai daidaitawa (ana iya daidaita shi 0.2 mpa)

    Bayanin Gurɓata

    hayaki

    Bukatar samun iska

    Dole ne a sanya na'urar a cikin murfin hayaki ko kuma a haɗa ta da tsarin tacewa da tsaftace iskar gas ta bututun.

    Sauran buƙatun gwaji
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  • Mai Gwaji na Fihirisar Iskar Oxygen ta atomatik YY-JF5

    Mai Gwaji na Fihirisar Iskar Oxygen ta atomatik YY-JF5

    1. Pfasalulluka na samfur

    1. Kula da allon taɓawa mai cikakken launi, kawai saita ƙimar yawan oxygen a kan allon taɓawa, shirin zai daidaita ta atomatik zuwa ma'aunin yawan oxygen kuma ya fitar da sautin sauti mai sauti, yana kawar da matsalar daidaita yawan oxygen da hannu;

    2. Bawul ɗin daidaitawa na mataki yana inganta daidaiton sarrafawa na ƙimar kwararar ruwa sosai, kuma ana amfani da ikon rufewa don daidaita shirin kwararar iskar oxygen ta atomatik a cikin gwajin zuwa ƙimar da aka nufa, yana guje wa rashin amfanin na'urar auna iskar oxygen ta gargajiya wacce ba za ta iya daidaita yawan iskar oxygen a cikin gwajin ba, kuma yana inganta daidaiton gwajin sosai.

     

    II.Sigogi na fasaha masu dacewa:

    1. Na'urar firikwensin iskar oxygen da aka shigo da ita, yawan iskar oxygen na dijital ba tare da lissafi ba, daidaito mafi girma da kuma daidaito, kewayon 0-100%.

    2. Ƙimar dijital: ±0.1%

    3. Daidaiton aunawa: 0.1 matakin

    4. Shirin saita allon taɓawa yana daidaita yawan iskar oxygen ta atomatik

    5. Daidaiton daidaitawa da dannawa ɗaya

    6. Mahimmin abu ɗaya da ya dace da daidaito

    7. Sautin faɗakarwa ta atomatik na daidaita yawan iskar oxygen

    8. Tare da aikin lokaci

    9. Ana iya adana bayanan gwaji

    10. Ana iya tambayar bayanan tarihi

    11. Ana iya share bayanan tarihi

    12. Za ka iya zaɓar ko za ka ƙone 50mm

    13. Gargaɗi game da matsalar tushen iska

    14. Bayanin matsalar na'urar auna iskar oxygen

    15. Haɗin iskar oxygen da nitrogen mara daidai

    16. Nau'ikan tsufa na na'urar firikwensin iskar oxygen

    17. Daidaitaccen shigarwar yawan iskar oxygen

    18. Ana iya saita diamita na silinda mai ƙonewa (ƙayyadaddun bayanai guda biyu na gama gari zaɓi ne)

    19. Tsarin daidaita kwararar ruwa: 0-20L/min (0-1200L/h)

    20. Silinda mai siffar ma'adini: Zaɓi ɗaya daga cikin takamaiman bayanai guda biyu (diamita ta ciki ≥75㎜ ko diamita ta ciki ≥85㎜)

    21. Yawan kwararar iskar gas a cikin silinda mai ƙonewa: 40mm±2mm/s

    22. Girman gaba ɗaya: 650mm × 400 × 830mm

    23. Yanayin gwaji: Yanayin zafi: zafin ɗaki ~ 40℃; Danshin da ya dace: ≤70%;

    24. Matsin shigarwa: 0.25-0.3MPa

    25. Matsin lamba na aiki: nitrogen 0.15-0.20Mpa Oxygen 0.15-0.20Mpa

    26. Ana iya amfani da maƙullan samfura don robobi masu laushi da tauri, duk nau'ikan kayan gini, yadi, ƙofofin wuta, da sauransu.

    27. Tsarin kunna propane (butane), bututun wutar lantarki an yi shi ne da bututun ƙarfe, tare da diamita na ciki na bututun Φ2±1mm a ƙarshe, wanda za'a iya lanƙwasa shi kyauta. Ana iya saka shi cikin silinda don kunna samfurin, tsawon wutar: 16±4mm, girman 5mm zuwa 60mm za'a iya daidaita shi kyauta,

    28. Iskar gas: nitrogen na masana'antu, iskar oxygen, tsarki > 99%; (Lura: Mai amfani ne ke samar da tushen iska da kan hanyar haɗi)

    Nasihu:Lokacin da aka gwada na'urar gwajin ma'aunin iskar oxygen, ya zama dole a yi amfani da aƙalla kashi 98% na iskar oxygen/nitrogen na matakin masana'antu a kowace kwalba a matsayin tushen iska, saboda iskar gas ɗin da ke sama samfurin jigilar kaya ne mai haɗari sosai, ba za a iya samar da ita azaman kayan haɗi na na'urar gwajin ma'aunin iskar oxygen ba, ana iya siyan ta ne kawai a tashar mai ta gida ta mai amfani. (Domin tabbatar da tsarkin iskar gas, da fatan za a saya a tashar mai ta yau da kullun ta gida.)

    1. Bukatun Wutar Lantarki: AC220 (+10%) V, 50HZ
    2. Ƙarfin iko mafi girma: 150W

    31.Samfurin samfurin kayan da ke tallafawa kai: ana iya gyara shi a matsayin shaft na silinda mai ƙonewa kuma yana iya matse samfurin a tsaye

    32. Zaɓi: samfurin abin da ba ya ɗaukar kansa: zai iya gyara ɓangarorin samfurin guda biyu a tsaye a kan firam ɗin a lokaci guda (ana amfani da shi ga kayan laushi marasa ɗaukar kansu kamar yadi)

    33.Ana iya haɓaka tushen silinda mai ƙonewa don tabbatar da cewa zafin iskar gas ɗin da aka haɗa yana cikin 23℃ ~ 2℃ (tuntuɓi tallace-tallace don ƙarin bayani)

    4

    Zane na zahiri na tushen sarrafa zafin jiki

     III. Cika ƙa'idar:

    Tsarin ƙira: GB/T 2406.2-2009

     

    Bayani: Na'urar firikwensin iskar oxygen

    1. Gabatar da na'urar firikwensin iskar oxygen: A cikin gwajin ma'aunin iskar oxygen, aikin na'urar firikwensin iskar oxygen shine mayar da siginar sinadarai ta konewa zuwa siginar lantarki da aka nuna a gaban mai aiki. Na'urar firikwensin daidai yake da batir, wanda ake cinyewa sau ɗaya a kowane gwaji, kuma gwargwadon yawan amfani da mai amfani ko kuma girman ƙimar ma'aunin iskar oxygen na kayan gwajin, mafi girman na'urar firikwensin iskar oxygen zai sami ƙarin amfani.

    2. Kula da na'urar firikwensin iskar oxygen: Banda asarar da aka saba samu, waɗannan abubuwa biyu a cikin kulawa da kulawa suna taimakawa wajen tsawaita rayuwar na'urar firikwensin iskar oxygen:

    1). Idan kayan aikin ba sa buƙatar a gwada su na dogon lokaci, ana iya cire na'urar firikwensin iskar oxygen kuma ana iya ware ajiyar iskar oxygen ta wata hanya a ƙaramin zafin jiki. Ana iya kare hanyar aiki mai sauƙi da kyau ta amfani da na'urar rufe filastik sannan a sanya ta a cikin injin daskarewa.

    2). Idan ana amfani da kayan aikin a wani lokaci mai tsawo (kamar lokacin zagayowar aiki na kwana uku ko huɗu), a ƙarshen ranar gwaji, ana iya kashe silinda na iskar oxygen na tsawon minti ɗaya ko biyu kafin a kashe silinda na nitrogen, ta yadda za a cika nitrogen da wasu na'urorin haɗawa don rage tasirin rashin inganci na na'urar firikwensin iskar oxygen da hulɗar iskar oxygen.

     

     

     

     

     

     IV. Teburin yanayin shigarwa:

    Bukatar sarari

    Girman gabaɗaya

    L65*W40*H83cm

    Nauyi (KG)

    30

    Gwaji Bench

    Tsawon bencin aiki bai gaza mita 1 ba kuma faɗinsa bai gaza mita 0.75 ba

    Bukatar wutar lantarki

    Wutar lantarki

    220V ± 10% ,50HZ

    Ƙarfi

    100W

    Ruwa

    No

    Samar da iskar gas

    Iskar gas: nitrogen na masana'antu, iskar oxygen, tsarki > 99%; Bawul mai rage matsin lamba na tebur mai daidaitawa (ana iya daidaita shi 0.2 mpa)

    Bayanin Gurɓata

    hayaki

    Bukatar samun iska

    Dole ne a sanya na'urar a cikin murfin hayaki ko kuma a haɗa ta da tsarin tacewa da tsaftace iskar gas ta bututun.

    Sauran buƙatun gwaji

    Bawul ɗin rage matsin lamba mai ma'auni biyu don silinda (ana iya daidaita 0.2 mpa)

     

     

     

     

     

     

     

    V. Nunin jiki:

    Kore sassa tare da injin,

    Ja sassan da aka shirya tamasu amfani suna da mallaka

    5

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  • YYP 4207 Ma'aunin Bin-sawu na Kwatancen (CTI)

    YYP 4207 Ma'aunin Bin-sawu na Kwatancen (CTI)

    Gabatarwar Kayan Aiki:

    Ana amfani da na'urorin lantarki na platinum masu kusurwa huɗu. Ƙarfin da na'urorin lantarki guda biyu ke amfani da su a kan samfurin shine 1.0N da 0.05N bi da bi. Ana iya daidaita ƙarfin lantarki a cikin kewayon 100 ~ 600V (48 ~ 60Hz), kuma ana iya daidaita wutar lantarki ta gajeren zango a cikin kewayon 1.0A zuwa 0.1A. Idan wutar lantarki ta gajeren zango ta yi daidai da ko fiye da 0.5A a cikin da'irar gwaji, ya kamata a kiyaye lokacin na daƙiƙa 2, kuma relay zai yi aiki don yanke wutar, yana nuna cewa samfurin bai cancanta ba. Ana iya daidaita ma'aunin lokaci na na'urar diga, kuma ana iya sarrafa ƙarar diga daidai a cikin kewayon 44 zuwa 50 digo/cm3 kuma ana iya daidaita tazara tazarar diga a cikin kewayon 30±5 daƙiƙa.

     

    Cika ka'idar:

    GB/T4207、GB/T 6553-2014、GB4706.1 ASTM D 3638-92、IEC60112、UL746A

     

    Ka'idar gwaji:

    Ana gudanar da gwajin fitar da ɗigon ruwa a saman kayan rufewa masu ƙarfi. Tsakanin na'urorin lantarki guda biyu na platinum masu girman da aka ƙayyade (2mm × 5mm), ana amfani da wani ƙarfin lantarki kuma ana sauke wani ruwa mai sarrafa ruwa na wani ƙayyadadden girma (0.1% NH4Cl) a tsayin da aka ƙayyade (35mm) a wani lokaci mai ƙayyadadden lokaci (30s) don kimanta aikin juriyar ɗigon ruwa na saman kayan rufewa a ƙarƙashin haɗin aikin filin lantarki da matsakaici mai danshi ko gurɓataccen abu. An ƙayyade ma'aunin fitar da ɗigon ruwa mai kwatantawa (CT1) da ma'aunin fitar da ɗigon ruwa mai juriya (PT1).

    Manyan alamun fasaha:

    1. Ɗakin tarogirma: ≥ 0.5 cubic mita, tare da ƙofar lura da gilashi.

    2. Ɗakin tarokayan aiki: An yi shi da farantin ƙarfe mai kauri 304 mai kauri 1.2MM.

    3. Nauyin lantarki: Ana iya daidaita ƙarfin gwajin a cikin 100 ~ 600V, lokacin da ƙarfin lantarki na ɗan gajeren zango ya kasance 1A ± 0.1A, raguwar ƙarfin lantarki bai kamata ya wuce 10% cikin daƙiƙa 2 ba. Idan ƙarfin lantarki na ɗan gajeren zango a cikin da'irar gwaji ya yi daidai da ko ya fi 0.5A, relay yana aiki kuma yana yanke wutar, yana nuna cewa samfurin gwajin bai cancanta ba.

    4. Ƙarfafa samfurin da lantarki biyu: Ta amfani da lantarki mai siffar platinum mai siffar murabba'i, ƙarfin da lantarki biyu ke kan samfurin shine 1.0N ± 0.05N bi da bi.

    5. Na'urar rage ruwa: Ana iya daidaita tsayin digowar ruwa daga 30mm zuwa 40mm, girman digowar ruwa shine 44 ~ 50 digo / cm3, tazara tsakanin digowar ruwa shine 30 ± 1 daƙiƙa.

    6. Siffofin Samfura: An yi sassan tsarin wannan akwatin gwaji da bakin karfe ko tagulla, tare da kawunan lantarki na jan ƙarfe, waɗanda ke jure wa zafin jiki da tsatsa mai yawa. Ƙidayar ɗigon ruwa daidai ne, kuma tsarin sarrafawa yana da karko kuma abin dogaro.

    7. Wutar Lantarki: AC 220V, 50Hz

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  • YY-1000B Mai Nazari kan Na'urar auna nauyi ta thermal Gravimetric (TGA)

    YY-1000B Mai Nazari kan Na'urar auna nauyi ta thermal Gravimetric (TGA)

    Siffofi:

    1. Tsarin taɓawa mai faɗi na masana'antu yana da wadataccen bayani, gami da yanayin zafin da aka saita, zafin samfurin, da sauransu.
    2. Yi amfani da hanyar sadarwa ta hanyar sadarwa ta gigabit, haɗin kan duniya yana da ƙarfi, sadarwa tana da aminci ba tare da katsewa ba, tana tallafawa aikin haɗin kai na dawo da kai.
    3. Jikin tandar yana da ƙanƙanta, ana iya daidaita yawan zafin jiki da saurin faɗuwa.
    4. Ruwan wanka da tsarin dumama, rufin zafi mai zafi a kan nauyin ma'auni.
    5. Ingantaccen tsarin shigarwa, duk suna ɗaukar gyara na inji; ana iya maye gurbin sandar tallafi ta samfurin cikin sassauƙa kuma ana iya daidaita ta da samfura daban-daban bisa ga buƙatun, don masu amfani su sami buƙatu daban-daban.
    6. Mita mai kwarara tana canza kwararar iskar gas guda biyu ta atomatik, saurin sauyawa cikin sauri da kuma ɗan gajeren lokaci mai karko.
    7. An samar da samfura da jadawali na yau da kullun don sauƙaƙe daidaita ma'aunin zafin jiki na abokin ciniki.
    8. Software yana goyan bayan kowane allon ƙuduri, yana daidaita yanayin nunin girman allon kwamfuta ta atomatik. Yana goyan bayan kwamfutar tafi-da-gidanka, tebur; Yana goyan bayan WIN7, WIN10, win11.
    9. Taimaka wa mai amfani da yanayin gyaran na'urar bisa ga ainihin buƙatunsa don cimma cikakken matakan aunawa ta atomatik. Manhajar tana ba da umarni da yawa, kuma masu amfani za su iya haɗawa da adana kowane umarni cikin sassauƙa bisa ga matakan aunawa nasu. An rage ayyuka masu rikitarwa zuwa ayyukan dannawa ɗaya.
    10. Tsarin jikin murhu mai sassauƙa guda ɗaya, ba tare da ɗagawa sama da ƙasa ba, yana da sauƙi kuma mai aminci, ana iya daidaita saurin tashi da faɗuwa ba tare da wani tsari ba.
    11. Mai riƙe samfurin da za a iya cirewa zai iya cika buƙatu daban-daban bayan an maye gurbinsa don sauƙaƙe tsaftacewa da kulawa bayan gurɓatar samfurin.
    12. Kayan aikin sun rungumi tsarin auna ma'aunin nau'in kofin bisa ga ka'idar daidaiton lantarki.

    Sigogi:

    1. Zafin jiki: RT~1000℃
    2. Yankewar zafin jiki: 0.01℃
    3. Dumamawa: 0.1~80℃/min
    4. Saurin sanyaya: 0.1℃/min-30℃/min (Lokacin da zafin jiki ya wuce 100℃, zai iya rage zafin jiki a lokacin sanyaya)
    5. Yanayin sarrafa zafin jiki: Kula da zafin jiki na PID
    6. Matsakaicin ma'auni: 2g (ba kewayon nauyin samfurin ba)
    7. Nauyin nauyi: 0.01mg
    8. Sarrafa iskar gas: Nitrogen, Oxygen (canzawa ta atomatik)
    9. Ƙarfi: 1000W, AC220V 50Hz ko kuma keɓance wasu hanyoyin samar da wutar lantarki na yau da kullun
    10. Hanyoyin sadarwa: Sadarwar ƙofar Gigabit
    11. Girman da aka saba amfani da shi (Babban * diamita): 10mm*φ6mm.
    12. Tallafi mai maye gurbinsa, mai dacewa don wargazawa da tsaftacewa, kuma ana iya maye gurbinsa da tukunyar da aka yi da takamaiman bayanai daban-daban
    13. Girman injin: 70cm*44cm*42cm, 50kg (82*58*66cm, 70kg, tare da kayan da aka saka a waje).

    Jerin Saita:

    1. Binciken Thermogravimetric–       Saiti 1
    2. Gilashin yumbu (Φ6mm*10mm)– Guda 50
    3. Igiyoyin wutar lantarki da kebul na Ethernet—    Saiti 1
    4. CD (yana ɗauke da software da bidiyon aiki)— Guda 1
    5. Maɓallin Software—-                   Guda 1
    6. Bututun iskar oxygen, bututun iskar nitrogen da bututun hayaki—kowane mita 5
    7. Littafin aiki—    Guda 1
    8. Samfurin yau da kullun—(ya ƙunshi 1g CaC2O4·H2O da 1g CuSO24）
    9. Tweezer guda 1, sukudireba guda 1 da cokali na magani guda 1
    10. Haɗin bawul mai rage matsin lamba na musamman da haɗin gwiwa mai sauri guda 2
    11. Fis ɗin—   Guda 4

     

     

     

     

     

     

    bincikecikakken bayani
  • Differential scanning calorimeter (DSC) DSC-BS52

    Differential scanning calorimeter (DSC) DSC-BS52

    Takaitaccen Bayani:

    DSC nau'in allon taɓawa ne, musamman gwada gwajin lokacin shigar da iskar shaka na kayan polymer, aikin maɓalli ɗaya na abokin ciniki, aikin software ta atomatik.

    Daidaita waɗannan ƙa'idodi:

    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

     

    Siffofi:

    Tsarin taɓawa mai faɗi na matakin masana'antu yana da wadataccen bayani, gami da yanayin zafin da aka saita, zafin samfurin, kwararar iskar oxygen, kwararar nitrogen, siginar zafi daban-daban, yanayin sauyawa daban-daban, da sauransu.

    Haɗin sadarwa na USB, ƙarfin duniya, sadarwa mai aminci, tallafawa aikin haɗin kai maido da kai.

    Tsarin tanda ɗin yana da ƙanƙanta, kuma ana iya daidaita saurin tashi da sanyaya.

    An inganta tsarin shigarwa, kuma an yi amfani da hanyar gyara injina don guje wa gurɓatar colloidal na ciki na tanderu zuwa siginar zafi daban-daban.

    Ana dumama tanderun da wayar dumama ta lantarki, kuma ana sanyaya tanderun ta hanyar ruwan sanyaya da ke zagayawa (wanda aka sanya shi a cikin injin damfara), ƙaramin tsari da ƙaramin girma.

    Na'urar binciken zafin jiki mai sau biyu tana tabbatar da yawan maimaita ma'aunin zafin samfurin, kuma tana amfani da fasahar sarrafa zafin jiki ta musamman don sarrafa zafin bangon tanderu don saita zafin samfurin.

    Mita mai kwararar iskar gas tana canzawa ta atomatik tsakanin tashoshi biyu na iskar gas, tare da saurin sauyawa da ɗan gajeren lokaci mai karko.

    An samar da samfurin da aka saba don sauƙin daidaita ma'aunin zafin jiki da ma'aunin ƙimar enthalpy.

    Software yana goyan bayan kowace allon ƙuduri, yana daidaita yanayin nunin girman allon kwamfuta ta atomatik. Yana goyan bayan kwamfutar tafi-da-gidanka, tebur; Yana goyan bayan Win2000, XP, VISTA, WIN7, WIN8, WIN10 da sauran tsarin aiki.

    Taimaka wa mai amfani da yanayin gyaran na'urar bisa ga ainihin buƙatunsa don cimma cikakken matakan aunawa ta atomatik. Manhajar tana ba da umarni da yawa, kuma masu amfani za su iya haɗawa da adana kowane umarni cikin sassauƙa bisa ga matakan aunawa nasu. An rage ayyuka masu rikitarwa zuwa ayyukan dannawa ɗaya.

    bincikecikakken bayani
  • YY-1000A Mai gwajin faɗaɗa yanayin zafi

    YY-1000A Mai gwajin faɗaɗa yanayin zafi

    Takaitaccen Bayani:

    Wannan samfurin ya dace da auna faɗuwa da raguwar kayan ƙarfe, kayan polymer, yumbu, gilashi, refractories, gilashi, graphite, carbon, corundum da sauran kayan yayin aikin gasa zafi a ƙarƙashin babban zafin jiki. Ana iya auna sigogi kamar masu canjin layi, ma'aunin faɗaɗa layi, ma'aunin faɗaɗa girma, faɗaɗa zafi mai sauri, zafin laushi, kinetics na sintering, zafin canjin gilashi, canjin lokaci, canjin yawa, da kuma sarrafa ƙimar sintering.

     

    Siffofi:

    1. Tsarin taɓawa mai faɗin allo mai inci 7 na masana'antu, yana nuna bayanai masu yawa, gami da zafin da aka saita, zafin samfurin, siginar ƙaura ta faɗaɗa.
    2. Haɗin sadarwa na kebul na Gigabit na cibiyar sadarwa, haɗin kai mai ƙarfi, sadarwa mai inganci ba tare da katsewa ba, tana tallafawa aikin haɗin kai na murmurewa.
    3. Duk jikin murhun ƙarfe, ƙaramin tsarin jikin murhun, saurin tashi da faɗuwa daidaitacce.
    4. Dumama jiki ta murhu ta yi amfani da hanyar dumama bututun silicon carbon, tsari mai ƙanƙanta, kuma ƙaramin girma, mai ɗorewa.
    5. Yanayin sarrafa zafin jiki na PID don sarrafa hauhawar zafin jiki na jikin tanderu.
    6. Kayan aikin suna amfani da na'urar firikwensin zafin platinum mai jure zafi mai yawa da kuma na'urar firikwensin matsa lamba mai inganci don gano siginar faɗaɗa zafi na samfurin.
    7. Manhajar tana daidaitawa da allon kwamfuta na kowane ƙuduri kuma tana daidaita yanayin nuni na kowane lanƙwasa ta atomatik gwargwadon girman allon kwamfuta. Tallafin littafin rubutu, tebur; Tallafin Windows 7, Windows 10 da sauran tsarin aiki.
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  • Mai Gano Zubar da Jini na YY-PNP (Hanyar mamaye ƙananan ƙwayoyin cuta)

    Mai Gano Zubar da Jini na YY-PNP (Hanyar mamaye ƙananan ƙwayoyin cuta)

    Gabatarwar Samfuri:

    Mai Gano Zubar da Jini na YY-PNP (Hanyar mamaye ƙananan ƙwayoyin cuta) ya dace da gwaje-gwajen rufewa na abubuwan marufi masu laushi a masana'antu kamar abinci, magunguna, na'urorin likitanci, sinadarai na yau da kullun, da na'urorin lantarki. Wannan kayan aiki na iya gudanar da gwaje-gwajen matsin lamba mai kyau da gwaje-gwajen matsin lamba mara kyau. Ta hanyar waɗannan gwaje-gwajen, ana iya kwatanta hanyoyin rufewa daban-daban da ayyukan rufewa na samfuran yadda ya kamata, suna ba da tushen kimiyya don tantance alamun fasaha masu dacewa. Hakanan zai iya gwada aikin rufewa na samfuran bayan an yi gwaje-gwajen faɗuwa da gwaje-gwajen juriya ga matsin lamba. Ya dace musamman don tantance adadi na ƙarfin rufewa, rarrafe, ingancin rufewa zafi, matsin lamba na fashewar jaka gabaɗaya, da aikin zubar da ruwa a gefunan rufewa na ƙarfe mai laushi da tauri daban-daban, abubuwan marufi na filastik, da abubuwan marufi aseptic waɗanda aka samar ta hanyar hanyoyin rufewa da haɗa zafi daban-daban. Hakanan yana iya gudanar da gwaje-gwaje na adadi akan aikin rufewa na murabba'in kwalban filastik daban-daban na hana sata, kwalaben danshi na likita, ganga na ƙarfe da murfi, aikin rufewa gabaɗaya na bututu daban-daban, ƙarfin juriya ga matsin lamba, ƙarfin haɗin jikin murfi, ƙarfin cire haɗin gwiwa, ƙarfin rufewar gefen rufe zafi, ƙarfin lacing, da sauransu na alamun; Hakanan yana iya kimantawa da yin nazari kan alamomi kamar ƙarfin matsi, ƙarfin fashewa, da kuma rufewa gabaɗaya, juriyar matsin lamba, da juriyar fashewa na kayan da ake amfani da su a cikin jakunkunan marufi masu laushi, alamun rufe murfin kwalba, ƙarfin cire haɗin murfin kwalba, ƙarfin damuwa na kayan aiki, da aikin rufewa, juriyar matsin lamba, da juriyar fashewa na dukkan jikin kwalbar. Idan aka kwatanta da ƙira na gargajiya, da gaske yana aiwatar da gwaji mai wayo: saita saitin sigogin gwaji da yawa na iya inganta ingantaccen ganowa sosai.

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  • (China) YYP107A Na'urar Gwaji Mai Kauri Na Kwali

    (China) YYP107A Na'urar Gwaji Mai Kauri Na Kwali

    Aikace-aikacen Kewaya:

    An ƙera na'urar gwajin kauri na kwali musamman don kauri na takarda da kwali da wasu kayan takarda masu takamaiman halaye na matsewa. Kayan aikin gwajin kauri na takarda da kwali kayan aiki ne mai mahimmanci ga kamfanonin samar da takarda, kamfanonin samar da marufi da sassan kula da inganci.

     

    Matsayin Zartarwa

    GB/T 6547，ISO3034， ISO534

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  • YYP-LH-B Matsar da Ma'aunin Mutu Mai Motsi

    YYP-LH-B Matsar da Ma'aunin Mutu Mai Motsi

    1. Takaitaccen Bayani:

    YYP-LH-B Moving Die Rheometer ya yi daidai da GB/T 16584 "Bukatun tantance halayen vulcanization na roba ba tare da kayan aikin vulcanization na rotor ba", buƙatun ISO 6502 da bayanan T30, T60, T90 da ƙa'idodin Italiya ke buƙata. Ana amfani da shi don tantance halayen roba mara vulcanized da kuma gano mafi kyawun lokacin vulcanization na mahaɗin roba. Ɗauki tsarin sarrafa zafin jiki na soja, kewayon sarrafa zafin jiki mai faɗi, daidaiton sarrafawa mai girma, kwanciyar hankali da sake samarwa. Babu tsarin nazarin vulcanization na rotor ta amfani da dandamalin tsarin aiki na Windows 10, hanyar haɗin software na zane, sarrafa bayanai masu sassauƙa, hanyar shirye-shiryen VB na zamani, ana iya fitar da bayanan gwaji bayan gwajin. Cikakken bayanin halayen babban aiki na atomatik. Tuki na silinda mai tasowa daga gilashi, ƙarancin hayaniya. Ana iya amfani da shi don nazarin halayen injiniya da duba ingancin samarwa na kayan aiki daban-daban a sassan bincike na kimiyya, kwalejoji da jami'o'i da masana'antu da masana'antu.

    1. Matsayin Taro:

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

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  • Na'urar auna saurin roba ta YY-3000

    Na'urar auna saurin roba ta YY-3000

    Ana amfani da Ma'aunin Rapid Plasticity na YY-3000 don gwada ƙimar filastik mai sauri (ƙimar filastik ta farko P0) da riƙe filastik (PRI) na robobi na halitta da ba a fallasa su ba (haɗin roba). Kayan aikin ya ƙunshi mai masauki ɗaya, injin huda ɗaya (gami da mai yankewa), tanda ɗaya mai tsufa mai inganci da ma'aunin kauri ɗaya. An yi amfani da ƙimar filastik mai sauri P0 don matse samfurin silinda cikin sauri tsakanin tubalan guda biyu masu matsewa zuwa kauri mai kauri na 1mm ta mai masaukin baki. An ajiye samfurin gwajin a cikin yanayin matsewa na tsawon mintuna 15 don cimma daidaiton zafin jiki tare da farantin layi ɗaya, sannan aka sanya matsin lamba na 100N±1N akai-akai a kan samfurin kuma aka ajiye shi na tsawon mintuna 15. A ƙarshen wannan matakin, ana amfani da kauri gwajin da aka auna daidai da kayan aikin lura azaman ma'aunin filastik. Ana amfani da shi don gwada ƙimar filastik mai sauri (ƙimar filastik ta farko P0) da riƙe filastik (PRI) na robobi na halitta da ba a fallasa su ba (haɗin roba). Kayan aikin ya ƙunshi babban injina, injin hudawa (gami da abin yankawa), ɗakin gwaji mai matuƙar daidaito da kuma ma'aunin kauri. An yi amfani da ƙimar saurin filastik na P0 don matse samfurin silinda cikin sauri tsakanin tubalan guda biyu masu layi ɗaya zuwa kauri mai kauri na 1mm ta mai masaukin baki. An ajiye samfurin gwajin a cikin yanayin matsewa na tsawon mintuna 15 don cimma daidaiton zafin jiki tare da farantin layi ɗaya, sannan aka sanya matsin lamba na 100N±1N akai-akai a kan samfurin kuma aka ajiye shi na tsawon mintuna 15. A ƙarshen wannan matakin, ana amfani da kauri gwajin da aka auna daidai da kayan aikin lura a matsayin ma'aunin filastik.

     

     

     

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  • YYP203C Mai Gwaji Mai Kauri Na Fim

    YYP203C Mai Gwaji Mai Kauri Na Fim

    I.Gabatarwar Samfuri

    Ana amfani da na'urar gwada kauri fim ɗin YYP 203C don gwada kauri fim ɗin filastik da takarda ta hanyar na'urar duba injina, amma fim ɗin da takardar ba su samuwa.

     

    II.Siffofin samfurin 

    1. Tsarin kyau
    2. Tsarin tsari mai ma'ana
    3. Mai sauƙin aiki
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  • Gwajin Matsi na Marufi na YY-SCT-E1 (ASTM D642, ASTM D4169, TAPPI T804, ISO 12048)

    Gwajin Matsi na Marufi na YY-SCT-E1 (ASTM D642, ASTM D4169, TAPPI T804, ISO 12048)

    Gabatarwar samfur

    Na'urar gwajin matsin lamba ta YY-SCT-E1 ta dace da jakunkunan filastik daban-daban, gwajin aikin matsin lamba na jakunkunan takarda, daidai da buƙatun gwajin "fim ɗin haɗin gwiwa na fakitin GB/T10004-2008, haɗin gwiwa na busasshe na jaka, haɗin haɗin extrusion".

     

    Faɗin aikace-aikacen:

    Ana amfani da na'urar gwajin matsin lamba ta marufi don tantance aikin matsin lamba na jakunkunan marufi daban-daban, ana iya amfani da ita don gwajin matsin lamba na duk jakunkunan marufi na abinci da magunguna, ana amfani da ita don kwano na takarda, gwajin matsin lamba na kwali.

    Ana amfani da wannan samfurin sosai a cikin kamfanonin samar da jakunkunan marufi na abinci da magunguna, kamfanonin samar da kayan marufi na magunguna, kamfanonin magunguna, tsarin duba inganci, cibiyoyin gwaji na ɓangare na uku, kwalejoji da jami'o'i, cibiyoyin bincike da sauran sassa.

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  • Gwajin YY-E1G Yawan Watsa Ruwa (WVTR)

    Gwajin YY-E1G Yawan Watsa Ruwa (WVTR)

    PsamfurinBriefIgabatarwa:

    Ya dace da auna yadda tururin ruwa ke shiga cikin kayan kariya masu ƙarfi kamar fim ɗin filastik, fim ɗin filastik na aluminum, kayan hana ruwa shiga da kuma takardar ƙarfe. Kwalaben gwaji, jakunkuna da sauran kwantena masu faɗaɗawa.

     

    Cika ka'idar:

    YBB 00092003, GBT 26253, ASTM F1249, ISO 15106-2, TAPPI T557, JIS K7129ISO 15106-3, GB/T 21529, DIN 53106-002

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  • Mai gwajin YY-D1G Oxygen Rate (OTR)

    Mai gwajin YY-D1G Oxygen Rate (OTR)

    PsamfurinIgabatarwa:

    Gwajin watsa iskar oxygen ta atomatik ƙwararre ne, mai inganci, kuma mai wayo, wanda ya dace da fim ɗin filastik, fim ɗin filastik na aluminum, kayan hana ruwa shiga, foil ɗin ƙarfe da sauran kayan aikin shigar ruwa mai ƙarfi. Kwalaben gwaji, jakunkuna da sauran kwantena masu faɗaɗawa.

    Cika ka'idar:

    YBB 00082003, GB/T 19789, ASTM D3985, ASTM F2622, ASTM F1307, ASTM F1927, ISO 15105-2, JIS K7126-B

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