60kHz Imishini yokufaka isifutho ye-Ultrasonic kulula ukuyisebenzisela ukufafaza kweCarbon nanotube

Umkhumbi ngaseParama

Ukufanisa

Imishini yokufafaza i-atomization ye-ultrasonic isetshenziswa kabanzi emikhakheni yezimboni kanye nocwaningo kanye nentuthuko. Ngenxa yezici zezemvelo nokungcoliswa ngokweqile, ososayensi, onjiniyela kanye nabaqambi bamukele imishini yokufafaza ye-ultrasonic.Isifutho se-UltrasonicUkusebenza kwemishini kunembe kakhulu futhi kulula njengomnyango. Ukulawulwa kanye nobuchwepheshe bokufafaza obunobungani obuthe xaxa kuzothatha isikhundla sesiko sesibili - Ukufafaza uFluid. Ngaphezu kwalokho, ngoba lesi sifutho ngeke sivimbele noma sigqoke, singafaka nomthelela ekunciphiseni isikhathi sokuphumula ezinqubweni zokukhiqiza ezibucayi.
"I-RPS - Sonic" imishini yokufafaza i-ultrasonic, ngezimpawu zayo ezinomusa, zinciphisa kakhulu i-OversPray, ngaleyo ndlela zinciphisa izindleko nokungcoliswa komoya ozungezile. Ngasikhathi sinye, lobu buchwepheshe obusha buphinde bandise izindawo eziningi zohlelo lokusebenza, ngokwesibonelo, lihle lapho kudingeka ukugeleza kwegazi. Okokufafaza okuphansi, i-atomization kanye nomswakama, ukomisa amafilimu, ukuwohloka kwefilimu, ukufafaza kwefilimu, izicelo ezinhle zokufukula, "ama-RPS - Sonic" imishini yokufafaza ye-ultrasonic izokhiqiza kangcono kunobunye ubuchwepheshe umphumela.

Isimiso

Ukufafaza kwe-atomization ye-ultrasonic kusebenzisa umphumela we-piezoelectric ukuguqula amandla kagesi aphezulu - amandla wemvamisa womshini wokufaka uketshezi. I-Ultrasonic High - I-Frequency Oscillation isetshenziselwa atomize uketshezi oluyimithombo ye-microrm - Uma kuqhathaniswa nama-nozzles wendabuko wendabuko, isifutho se-ultrasonic singathola umfaniswano ofanayo, omncane futhi olawulwa ngokwengeziwe, futhi akulula ukuvimba ama-nozzles. Njengoba i-ultrasonic nozzle idinga kuphela umthamo omncane womoya we-kilopassassas, cishe akukho okuphanga ngesikhathi sokufafaza, ngakho-ke izinga lokusebenzisa upende liphakeme njengama-90%.
Ukufafaza kwe-ultrasonic kuyindlela ephumelelayo. Isibonelo, ukuphakama - ikhwalithi nokuphakeme - ukuhlanganiswa kokusebenza kwe-substrate. Ngokusebenzisa okuqondile kwamapharamitha enqubo ahlukahlukene wokufafaza kwe-ultrasonic, ngaphezulu kokufafaza kungagwenywa futhi ukusatshalaliswa kwe-droplet okunembile kungatholakala. Inzuzo yokufafaza kwe-ultrasonic ukuthi ingalawula kahle usayizi wamaconsi, futhi ukuqina kwesifutho kuyafana nesilinganiso sokugeleza koketshezi.

Umehluko phakathi kokuhlosana ama-nozzle ne-nozzle yendabuko
Ngokungafani namakhanda wendabuko wokufafaza ancike ekucindezelweni nasekuphakamekeni kwejubane - ukunyakaza okusheshayo ukuqeda uketshezi abe izinhlayiya ezincane, ama-nozzles we-ultrasonic asebenzisa amandla aphansi okudlidliza we-uptrasonic ukuze atholele amandla. Uketshezi luhanjiswa ekhanda lokufafaza ngamandla adonsela phansi noma eliphansi - I-Pressure Pump yokuthola i-atomization eqhubekayo noma phakathi. Esimweni sokungadluli umkhawulo, inani le-atomization eliwuketshezi linqunywa kuphela ngenani lokulethwa koketshezi.
Okwesibili - I-Fluid Nozzle
1. Sebenzisa i-atomization ye-Kinetic Energy of the fluids ezimbili kagesi noketshezi
2
3. Ukufana okumpofu kwezinhlayiya ezihlangene
4. Ubungako bezinhlayiya ezihlangene bunqunywa ububanzi be-nozzle
5. Lapho umlomo we-nozzle mncane kakhulu, kulula ukuvimba ama-nozzle
6. Ayikwazi ukulawula ngokunembile isilinganiso sokugeleza kwesifutho, futhi ayikwazi ukuqhubeka nokufafaza ngesilinganiso esiphansi sokugeleza
I-RPS - Sonic Ultrasonic Atomizing Nozzle
1. Sebenzisa imvamisa ephezulu ye-oscillation ye-ultrasonic ukuze u-atomize uketshezi
2. Umthelela wokufafaza mncane kakhulu, futhi ngeke kubangele ukushibilika kanye nokuchitha izinto zokusetshenziswa okungavuthiwe
3. Ukufana kwezinhlayiya ezihlangene kakhulu kuphakeme kakhulu
I-4. Ubukhulu bezinhlayiya ezihlangene bunqunywa imvamisa ye-ultrasonic futhi akunakwenza lutho nge-nozzle ububanzi
I-5. Ububanzi be-nozzle buyashintshwa, futhi i-oscillation ye-ultrasonic iyagcinwa, okungeyona lula ukuvimba ama-nozzle
6. Ingalawula ngokunembile isilinganiso sokugeleza kwesifutho, bese ufafaza ngokuqhubekayo ngenani eliphansi kakhulu lokugeleza

• Okwedlule:Umshini wokusika wokudla wokudla we-1000W we-ultrasonic wokusika ikhekhe lesendlalelo nge-titanium blade
• Olandelayo:I-processor ye-Ultrasonic Liquid Titanium Horn for degassing kanye devialing

Q1.Kuyini okubonakalayo okunomusa kophondo?

A. Titanium Alloy, siphinde sabandakanya i-aluminium hom yekhasimende ngaphambili.

Q2. Yisiphi isikhathi sokulethwa?

A. Emhlanganweni ojwayelekile, izinsuku ezi-3, ezinsukwini eziyizifiso zomsebenzi eziyisikhombisa.

Q3.Does I-Ultrasonic Extraction futhi idinga ukwengeza kwe-catalyst yamakhemikhali?

A. Cha. Kepha isikhathi esithile sidinga ukugqugquzela imishini.

Q4.Kusebenza idivaysi ngokuqhubekayo?

A. Yebo, kungasebenza amahora angama-24 ngaso leso sikhathi.

Q5.Kuyini umthamo wokucubungula we-One Setha Eminye imishini yokukhishwa kwe-Ultrasonic?

A. I-HOR ehlukile yokucubungula amandla ahlukile, we-2000W Isigaba isiswebhu isiswebhu singasebenzelana no-2l ~ 10lmin.

Q6. Yini iwaranti yemishini yakho ye-sonator?

A. Yonke imishini yewaranti yonyaka owodwa.