1. Izixhobo ze-ultrasonic zithumela njani amaza e-ultrasonic kwizinto zethu?

Impendulo: Izixhobo ze-ultrasonic kukuguqula amandla ombane kumandla omatshini ngokusebenzisa ii-ceramics ze-piezoelectric, kwaye emva koko zibe amandla omsindo.Amandla adlula kwi-transducer, uphondo kunye nentloko yesixhobo, kwaye emva koko ungene kwi-solid okanye i-liquid, ukwenzela ukuba i-ultrasonic wave isebenzisana nezinto eziphathekayo.

2. Ngaba i-frequency yezixhobo ze-ultrasonic ingalungiswa?

Impendulo: i-frequency yezixhobo ze-ultrasonic zilungiswa ngokubanzi kwaye azikwazi ukulungiswa ngokuthanda.I-frequency yezixhobo ze-ultrasonic inqunywe ngokudibeneyo ngezinto zayo kunye nobude.Xa imveliso ishiya ifektri, i-frequency yezixhobo ze-ultrasonic inqunywe.Nangona itshintsha kancinci ngeemeko zokusingqongileyo ezinje ngeqondo lobushushu, uxinzelelo lomoya kunye nokufuma, utshintsho alukho likhulu kune ± 3% yefrikhwensi yefektri.

3. Ngaba i-generator ye-ultrasonic ingasetyenziswa kwezinye izixhobo ze-ultrasonic?

Impendulo: Hayi, i-generator ye-ultrasonic i-one-to-one ehambelana nezixhobo ze-ultrasonic.Ekubeni i-vibration frequency kunye ne-dynamic capacitance yezixhobo ezahlukeneyo ze-ultrasonic zihlukile, i-generator ye-ultrasonic ilungiselelwe ngokwezixhobo ze-ultrasonic.Akufunekanga itshintshwe ngokuthanda kwakho.

4. Bude kangakanani ubomi benkonzo yezixhobo ze-sonochemical?

Impendulo: ukuba isetyenziswe ngokuqhelekileyo kwaye amandla angaphantsi kwamandla alinganisiweyo, izixhobo eziqhelekileyo ze-ultrasonic zingasetyenziselwa iminyaka eyi-4-5.Le nkqubo isebenzisa i-titanium alloy transducer, enozinzo olomeleleyo lokusebenza kunye nobomi benkonzo obude kune-transducer eqhelekileyo.

5. Uthini umzobo wesakhiwo sezixhobo zesonochemical?

Impendulo: umzobo osekunene ubonisa i-industrial level sonochemical structure.Isakhiwo senkqubo ye-sonochemical yenqanaba lebhubhoratri ifana nayo, kwaye uphondo luhluke kwintloko yesixhobo.

6. Indlela yokudibanisa izixhobo ze-ultrasonic kunye nesitya sokuphendula, kunye nendlela yokujongana nokutywinwa?

Impendulo: izixhobo ze-ultrasonic zidibene nesitya sokuphendula nge-flange, kwaye i-flange eboniswe kumfanekiso ochanekileyo isetyenziselwa ukudibanisa.Ukuba ukutywinwa kuyafuneka, izixhobo zokutywina, ezinjengeegesi, ziya kuhlanganiswa kuqhagamshelo.Apha, i-flange ayilona nje isixhobo esisisigxina senkqubo ye-ultrasonic, kodwa kunye nekhava eqhelekileyo yezixhobo zokuphendula imichiza.Ekubeni inkqubo ye-ultrasonic ayinazo iinxalenye ezihambayo, akukho ngxaki yebhalansi eguqukayo.

7. Indlela yokuqinisekisa ukufudumala kobushushu kunye nokuzinza kwe-thermal ye-transducer?

A: ukushisa okuvumelekileyo okusebenzayo kwe-transducer ye-ultrasonic malunga ne-80 ℃, ngoko ke i-transducer yethu ye-ultrasonic kufuneka ipholile.Ngexesha elifanayo, ukuhlukaniswa okufanelekileyo kuya kwenziwa ngokuhambelana nokushisa okuphezulu kokusebenza kwezixhobo zomthengi.Ngamanye amazwi, ukuphakama kobushushu bokusebenza kwesixhobo somthengi, ubude bophondo oludibanisa i-transducer kunye nentloko yokudlulisa.

8. Xa isitya sokusabela sikhulu, ngaba sisasebenza kwindawo ekude nesixhobo se-ultrasonic?

Impendulo: xa izixhobo ze-ultrasonic zikhupha amaza e-ultrasonic kwisisombululo, udonga lwesitya luya kubonisa amaza e-ultrasonic, kwaye ekugqibeleni amandla omsindo ngaphakathi kwesitya aya kuhanjiswa ngokulinganayo.Ngokwemigaqo yobungcali, kubizwa ngokuba yi-reverberation.Ngexesha elifanayo, ngenxa yokuba inkqubo ye-sonochemical inomsebenzi wokuvuselela kunye nokuxuba, amandla anamandla omsindo asengafumaneka kwisisombululo esikude, kodwa isantya sokuphendula siya kuchaphazeleka.Ukuze kuphuculwe ukusebenza kakuhle, sincoma ukusebenzisa iinkqubo ezininzi ze-sonochemical ngexesha elifanayo xa isitya sikhulu.

9. Ziziphi iimfuno zokusingqongileyo ze-sonochemical system?

Impendulo: indawo yokusetyenziswa: ukusetyenziswa kwangaphakathi;

Ukufuma: ≤ 85%rh;

Ubushushu be-Ambient: 0 ℃ - 40 ℃

Ubungakanani bamandla: 385mm × 142mm × 585mm (kubandakanywa neenxalenye ezingaphandle kwe-chassis)

Indawo yokusetyenziswa: umgama phakathi kwezinto ezijikelezileyo kunye nezixhobo aziyi kuba ngaphantsi kwe-150mm, kwaye umgama phakathi kwezinto ezijikelezayo kunye ne-heat sink ayiyi kuba ngaphantsi kwe-200mm.

Ubushushu besisombululo: ≤ 300 ℃

Uxinzelelo lwe-Dissolver: ≤ 10MPa

10. Ukwazi njani ukuqina kwe-ultrasonic kulwelo?

A: Ngokuqhelekileyo, sibiza amandla amaza e-ultrasonic kwindawo nganye yeyunithi okanye umthamo weyunithi nganye njengobunzulu be-ultrasonic wave.Le parameter yeyona parameter iphambili ukuze i-ultrasonic wave isebenze.Kuyo yonke inqanawa yesenzo se-ultrasonic, ukuqina kwe-ultrasonic kuyahluka ukusuka kwindawo ukuya kwindawo.Isixhobo sokulinganisa ubunzulu besandi se-ultrasonic esenziwe ngempumelelo e-Hangzhou sisetyenziselwa ukulinganisa ubunzulu be-ultrasonic kwiindawo ezahlukeneyo kulwelo.Ngeenkcukacha, nceda ujonge kumaphepha afanelekileyo e.

11. Indlela yokusebenzisa inkqubo ye-sonochemical yamandla aphezulu?

Impendulo: inkqubo ye-ultrasonic ineendlela ezimbini zokusetyenziswa, njengoko kuboniswe kumfanekiso ochanekileyo.

I-reactor isetyenziswa ikakhulu kwi-sonochemical reaction yolwelo oluqukuqelayo.I-reactor ixhotyiswe nge-inlet yamanzi kunye nemingxuma yokuphuma.Intloko ye-ultrasonic transmitter ifakwe kwi-liquid, kwaye isitya kunye ne-sonochemical probe igxininiswe ngamaflange.Inkampani yethu ikulungiselele iiflange ezihambelanayo.Ngakolunye uhlangothi, le flange isetyenziselwa ukulungiswa, ngakolunye uhlangothi, inokuhlangabezana neemfuno zemigqomo evaliweyo yoxinzelelo oluphezulu.Ngomthamo wesisombululo kwisitya, nceda ubhekisele kwitheyibhile yeparameter yenqanaba lebhubhoratri ye-sonochemical system (iphepha le-11).Iprobe ye-ultrasonic igxininiswe kwisisombululo se-50mm-400mm.

Isikhongozeli esikhulu somthamo wevolumu sisetyenziselwa ukusabela kwe-sonochemical kwisixa esithile sesisombululo, kwaye ulwelo lokusabela aluhambi.I-ultrasonic wave isebenza kulwelo olusabelayo ngentloko yesixhobo.Le ndlela yokusabela inesiphumo esifanayo, isantya esikhawulezayo, kwaye kulula ukulawula ixesha lokusabela kunye nemveliso.

12. Indlela yokusebenzisa inkqubo yesonokhemikhali yenqanaba lebhubhoratri?

Impendulo: indlela ekhuthazwa yinkampani iboniswa kumfanekiso ochanekileyo.Izikhongozeli zibekwe kwisiseko setafile yokuxhasa.Intonga yenkxaso isetyenziselwa ukulungisa iprobe ye-ultrasonic.Intonga yokuxhasa kufuneka idibaniswe kuphela ne-flange esisigxina yeprobe ye-ultrasonic.I-flange esisigxina ifakwe kuwe yinkampani yethu.Lo mfanekiso ubonisa ukusetyenziswa kwenkqubo ye-sonochemical kwisitya esivulekileyo (akukho sitywina, uxinzelelo oluqhelekileyo).Ukuba imveliso kufuneka isetyenziswe kwiinqanawa zoxinzelelo ezitywiniweyo, iiflanges ezibonelelwe yinkampani yethu ziya kutywinwa iiflange ezixhathisa uxinzelelo, kwaye kufuneka unikeze iinqanawa ezivaliweyo zoxinzelelo.

Ngomthamo wesisombululo kwisitya, nceda ubhekisele kwitheyibhile yepharamitha yenkqubo ye-sonochemical yenqanaba lebhubhoratri (iphepha 6).Iprobe ye-ultrasonic igxininiswe kwisisombululo se-20mm-60mm.

13. Likude kangakanani iliza le-ultrasonic elisebenza?

A: *, i-ultrasound iye yaphuhliswa ukusuka kwizicelo zomkhosi ezifana nokufunyanwa kwe-submarine, ukunxibelelana ngaphantsi kwamanzi kunye nokulinganisa ngaphantsi kwamanzi.Olu qeqesho lubizwa ngokuba yi-acoustics yangaphantsi kwamanzi.Ngokucacileyo, isizathu sokuba i-wave ye-ultrasonic isetyenziswe emanzini ichanekile kuba iimpawu zokusasaza zamaza e-ultrasonic emanzini zilungile kakhulu.Inokusasazeka kude kakhulu, nangaphezulu kweekhilomitha ezili-1000.Ngoko ke, ekusebenziseni i-sonochemistry, kungakhathaliseki ukuba inkulu kangakanani okanye injani imilo ye-reactor yakho, i-ultrasound inokuzalisa.Nantsi isafobe esicacileyo: kufana nokufaka isibane kwigumbi.Kungakhathaliseki ukuba likhulu kangakanani igumbi, isibane sinokuhlala sipholisa igumbi.Noko ke, okukhona ukuba kude nesibane, kokukhona ukukhanya kusiba mnyama.I-Ultrasound iyafana.Ngokufanayo, ngokusondeleyo kwi-transmitter ye-ultrasonic, inamandla ngakumbi i-ultrasonic intensity (amandla e-ultrasonic ngeyunithi yeyunithi okanye indawo yeyunithi).Asezantsi umlinganiselo wamandla abelwe ulwelo olusabelayo lwereactor.