Hielscher faka'ata tekinolosia

Sono-Electrochemistry mo hono ngaahi lelei

Te ke maʻu heni ʻa e meʻa kotoa pe ʻoku fie maʻu ke ke ʻilo fekauʻaki mo ultrasonic electrochemistry (sonoelectrochemistry): tefitoʻi moʻoni ngaue, ngaahi tohi kole, ngaahi lelei mo e meʻangaue sono electrochemical – fakamatala mahuʻinga kotoa pe fekauʻaki mo sonoelectrochemistry ʻi ha peesi ʻe taha.

Ko e ha ʻoku fakaʻaongaʻi ai Ultrasonics ki he Electrochemistry?

ʻOku maʻu ʻa hono fakatahaʻi ʻo e ngaahi peau fakaʻata maʻulalo mo electrochemical ʻi he ngaahi polokalama manifold, ʻa ia ʻoku ne fakaleleiʻi ʻa e tuʻunga lavameʻa mo e ului ʻo electrochemical ngaahi toʻonga.

Ko e tefitoʻi moʻoni ngaue ʻo e Ultrasonics

Ki he ngaue fakaʻata maʻolunga, ʻoku ʻoatu ʻa e fakaʻata maʻolunga, ʻi ha misini uhila fakaʻata pea fakahu ʻo fakafou ʻi ha fakaʻata fekumi (sonotrode) ki ha huhuʻa. ʻOku lau ʻa e fakaʻata malohi maʻolunga fakaʻata ʻi he ngaahi 16-30kHz. ʻOku fakalahi ʻe he fakaʻata fekumi ʻa e ngaahi aleapau mo e ngaahi aleapau e.g., ʻi he 20kHz, ʻo ʻave ai ha tetetete ʻe 20,000 ki he Lotoloto. ʻI he taimi ʻoku fononga atu ai e ngaahi peau ultrasonic ʻi he huhuʻa, fetongitongi ʻi he malohi (lahi)/maʻulalo (rarefaction pe fakalahi) ʻoku faʻu ʻaki e ngaahi siakale ʻo e miniti pe cavities, ʻa ia ʻoku tupu ʻi ha ngaahi siakale lahi. ʻI he lolotonga ʻo e konga lahi ʻo e vai mo e bubbles, ʻoku lelei ʻa e malohi, ka ʻoku ʻomi ʻe he konga rarefaction ha vekiume (malohi kovi). Lolotonga e ngaahi siakale lahi, ʻoku tupu ʻa e cavities ʻi he huhuʻa kae ʻoua kuo nau aʻu ki ha tuʻunga lahi, ʻa ia he ʻikai ke nau lava ʻo maʻu ai ha ivi lahi ange. ʻI he taimi ko ʻeni, naʻa nau implode fitaʻa. Ko e implosion ʻo e ngaahi ola cavities ko ia ʻi ha ngaahi ola longomoʻui kehekehe, ʻa ia ʻoku ʻiloa ko e fakaofo ʻo e ongo/ultrasonic cavitation. ʻOku fakafotunga ʻa e cavitation ongo ko ʻeni ʻe manifold ngaahi ola longomoʻui ʻaupito, ʻa ia ʻoku ne uesia ʻa e huhuʻa, ngaahi founga fefeka/huhuʻa pea pehe ki he kasa/meʻa huhuʻa. ʻOku ʻiloa ʻa e feituʻu matolu ʻo e ivi pe cavitational fakasouni ko ha feituʻu ʻoku vela mafana, ʻa ia ko e lahi taha ʻo e ivi ʻoku matolu ʻi he feituʻu ofi mai ʻo e ultrasonic fekumi pea ʻikai toe fie mamaʻo mei he sonotrode. ʻOku kau ʻi he ngaahi tefitoʻi ʻulungaanga ʻo ultrasonic cavitation ʻa e mafana ʻo e ʻea mo e faingataʻa pea mo e differentials takitaha, fetoʻaki, mo e streaming. Lolotonga e implosion ʻo ultrasonic cavities ʻi ultrasonic ngaahi feituʻu vela, ʻe lava ke fua ʻa e mafana ʻo e ʻea ki he 5000 Kelvin, ʻa ia ʻoku aʻu ki he 200 atmospheres mo e ngaahi vakapuna huhuʻa ʻo aʻu ki he 1000km/h. ʻOku tokoni ʻa e ngaahi tuʻunga malohi makehe ko ʻeni ki he sonomechanical mo sonochemical ngaahi ola ʻoku ne fakalahi electrochemical systems ʻi ha ngaahi founga kehekehe.

Ultrasonic electrodes for sonoelectrochemical applications such as nanoparticle synthesis (electrosynthesis), hydrogen synthesis, electrocoagulation, wastewater treatment, breaking emulsions, electroplating / electrodeposition

Ko e probes ʻo e ultrasonic processors UIP2000hdT (2000 Watts, 20kHz) hoko ko ha Cathode mo ha anode ʻi ha pilisone electrolytic

Kole 'a e fakamatala




Fakatokanga'i ange 'etau Tu'utu'uni totonu fakatautaha.


Ngaahi ola ultrasonic ʻi he ngaahi toʻonga Electrochemical

  • Fakatupulaki e feʻaveʻaki paʻanga
  • Fakangata/fakamovetevete ʻo e solids (electrolytes)
  • Fakahohaʻasi ʻo e ngaahi fakangatangata fefeka/huhuʻa
  • Siakale malohi maʻolunga

Ko e ngaahi ola ʻo ultrasonics ʻi he electrochemical systems

ʻOku ʻiloa hono fakaʻaongaʻi ʻo e ultrasonication ki electrochemical ngaahi toʻonga ʻi ha ngaahi ola kehekehe ʻi he electrodes, hange ko e anode mo e Cathode, pea pehe ki he founga electrolytic. ʻOku fakatupu ʻe ultrasonic cavitation mo e streaming ha ngaahi meʻa mahuʻinga ʻi he Micro, ʻo ne taʻofi ʻa e ngaahi vakapuna huhuʻa mo hono ueʻi holo ki he lolo tali. Naʻe fakaleleiʻi ʻe he ola ko ʻeni ʻa e hydrodynamics mo e ngaungaue ʻa e huhuʻa/fefiofi. ʻOku fakasiʻisiʻi ʻe ultrasonic cavitation ʻa e matolu lelei ʻo e diffusion ʻi ha electrode. ʻOku ʻuhinga ʻa e holoki diffusion ʻoku hanga ʻe he sonication ʻo fakasiʻisiʻi ʻa e faikehekehe,, ʻa ia ko hono ʻuhinga ko e convergence ʻo e tokanga ʻi he feituʻu ʻo ha electrode pea ʻoku poupouʻi ʻa e mahuʻinga ʻo e tokanga ʻi he founga lalahi ultrasonically. ʻOku fakapapauʻi ʻe he ivi takiekina ʻo e ultrasonic hono ueʻi holo ʻo e tokanga gradients lolotonga e tali, ʻa hono fafangaʻi maʻu pe ʻo e founga foʻou ki he electrode mo e ngaahi meʻa ne hoko. ʻOku ʻuhinga ʻeni sonication fakaleleiʻi ʻa e tuʻunga fakalukufua ʻo e tali kinetics mo e fakautuutu e tali.
ʻI hono fakafeʻiloaki ko ia ʻo ultrasonic ivi ki he polokalama pea pehe ki hono faʻu sonochemical ʻo e radicals tauʻataina, electrochemical tali, ʻa ia naʻe mei electroinactive, ʻe lava ke kamata. 
Ko e ola mahuʻinga ʻe taha ʻo e movete mo e streaming ko e ola ʻo e fakamaʻa ʻi he tafaʻaki electrode. ʻOku fakangatangata ʻe he ngaahi fouling mo e fouling ʻi he electrodes ʻa e tuʻunga lavameʻa mo e tali ʻo e ngaahi toʻonga electrochemical. ʻOku Ultrasonication tauhi ʻa e electrodes ke maʻa mo malohi kakato koeʻuhi ko e tali. ʻOku ʻiloa ʻa Ultrasonication ʻi hono ngaahi nunuʻa degassing, ʻa ia ʻoku ʻaonga ʻi electrochemical ngaahi toʻonga. Ko hono toʻo ko ia ʻo e ngaahi kasa ʻoku ʻikai fiemaʻua mei he huhuʻa, ʻe lava ke toe ʻaonga ange ʻa e tali.

Ngaahi lelei ʻo Ultrasonically poupouʻi Electrochemistry

  • Fakalahi electrochemical ʻomi
  • 􏰭 vave electrochemical e tali
  • Fakaleleiʻi fakakatoa ʻo e lavameʻa
  • Holoki diffusion 􏰭layers
  • Fakaleleiʻi ʻa e feʻaveʻaki paʻanga ʻi he electrode
  • Fakamalohia ʻo e laa ʻi he electrode
  • Toʻo ʻo e passivating kuta mo e fouling
  • 􏰭ʻi electrode overpotentials 􏰭
  • Degassing lelei ʻo e founga fakaleleiʻi
  • ʻUlungaanga electroplating maʻolunga ange
Ultrasonic electrodes improve the efficiency, yield and conversion rate of electrochemical processes.

ʻOku ngaue ʻa e ultrasonic fekumi ko electrode. ʻOku hanga ʻe he ngaahi peau fakaʻata ʻo fakaʻaiʻai ʻa e ngaahi toʻonga electrochemical ʻo tupu ai ʻa e lavameʻa, maʻolunga ange ʻa e tuʻunga ʻo e ului pea vave ange ʻa e ului.
ʻI he taimi ʻoku fakatahaʻi ai ʻa e sonication mo e electrochemistry, ko sono-electrochemistry ʻeni.

Fakaʻaongaʻi ʻo e Sonoelectrochemistry

ʻE lava ke fakaʻaongaʻi ʻa e Sonoelectrochemistry ki ha ngaahi founga kehekehe pea ʻi ha ngaahi ngaueʻanga kehekehe. ʻOku kau ʻi hono fakaʻaongaʻi angamaheni ʻo e sonoelectrochemistry ʻa e ngaahi meʻa ni:

  • Nanoparticle synthesis (electrosynthesis)
  • Fakapaaki ʻo e synthesis
  • Electrocoagulation
  • Faitoʻo Wastewater
  • Maumauʻi emulsions
  • Electroplating/Electrodeposition

Sono-Electrochemical Synthesis ʻo Nanoparticles

Naʻe ola lelei hono fakaʻaongaʻi ʻo e Ultrasonication ke synthesize ha ngaahi nanoparticles kehekehe ʻi ha polokalama electrochemical. Makinito, cadmium-selenium (Fto) nanotubes, peletinami nanoparticles (NSAme), koula NSAme, meʻa magnesium, bismuthene, nano-siliva, ultra-Fine kopa, tungsten – cobalt (W – Co) alloy nanoparticles, Samelia/holoki graphene oxide nanocomposite, sub-1nm poly (ʻakeliliki ʻesiti)-fakaʻosi ʻaki e kopa nanoparticles mo ha ngaahi nanoparticles lahi kehe
ʻOku kau ʻi he ngaahi lelei ʻo e sonoelectrochemical nanoparticle synthesis ʻa e

  • fakaʻehiʻehi mei hono fakasiʻisiʻi e kau fakafofonga mo e surfactants
  • fakaʻaongaʻi ʻo e vaí ko ha meʻa ke solova ʻaki
  • liliu ʻo e lahi nanoparticle ʻaki ha ngaahi fakangatangata kehekehe (ultrasonic malohi, density lolotonga, Deposition meʻa ʻe malava pea mo e ultrasonic vs electrochemical taimi)

Ashasssi-Sorkhabi mo Bagheri (2014) synthesized polypyrrole filimi sonoelectrochemically pea fakafehoanaki ʻa e ngaahi ola ki electrocheically syntheised polypyrrole filimi. ʻOku fakahaaʻi ʻe he ngaahi ola naʻe ʻomi ʻe he galvanostatic sonoelectrodeposition ha foʻi filimi malohi mo hamolemole polypyrrole (PPy) ʻi he ukamea, mo ha density lolotonga ʻo e 4 mA cm – 2 ʻi he 0.1 M oxalic ʻesiti/0.1 M pyrrole fakaleleiʻi. ʻI hono fakaʻaongaʻi ʻo e sonoelectrochemical polymerization, naʻa nau maʻu ai ha fakafepaki lahi mo faingataʻa ppy filimi ʻi he fukahi vai hamolemole. Kuo ʻosi fakahaaʻi ʻoku ʻomi ʻe PPy coatings teuteuʻi ʻe sonoelectrochemistry ha maluʻi lahi corrosion ki he ukamea Seni-12. Naʻe teunga tatau ʻa e synthesized coating pea naʻa ne fakahaaʻi ha fakafepaki corrosion maʻolunga. ʻE lava ke pehe ko e ngaahi ola kotoa ko ʻeni ʻoku fekauʻaki ia mo e foʻi moʻoni ko ia naʻe fakalahi ʻe he fakaʻata ʻa e lahi ʻo e feʻaveʻaki ʻo e kau tali pea tupu ai ha lahi ʻa e kemikale ʻi he cavitation pea mo e mafana ʻo e ʻea mo e teke malohi. Naʻe vakaiʻi ʻa e moʻoni ʻo impedance fakamatala ki he ukamea Seni 12/ua PPy coatings/mitia fakatuʻutamaki ʻo fakaʻaongaʻi ʻa e KK liliu, pea mo e ʻavalisi ʻo e ngaahi fehalaaki ne fakatokangaʻi.

Naʻe lipooti ʻe Hass mo Gedanken (2008) ʻa e ola lelei sono electrochemical synthesis ʻo meʻa magnesium nanoparticles. Ko e efficiencies ʻi he founga sonoelectrochemical ʻo e Gringard reagent ʻi tetrahydrofuran (THF) pe ʻi ha founga dibutyldiglyme ko e 41.35% mo e 33.08%. Naʻe hanga ʻe hono tanaki atu ʻo e AlCl3 ki he founga Gringard ʻo fakalahi ʻa e lavameʻa, ʻo hiki hake ia ki he 82.70% mo e 51.69% ʻi he THF pe dibutyldiglyme.

Sono-Electrochemical fakapaaki ʻo e Production

Ultrasonically poupouʻi electrolysis ʻoku ne fakatupulaki fakapaaki ʻo e tukulolo mei he vai pe ngaahi founga ʻalakalaine. Lomiʻi heni ke lau ha meʻa lahi ange kau ki he ultrasonically fakavaveʻi electrolytic fakapaaki ʻo e synthesis!

Ultrasonically tokoniʻi Electrocoagulation

The application of low-frequency ultrasound to electrocoagulcation systems is known as sono-electrocoagulation. Studies show that sonication influences electrocoagulation positively resulting e.g., in higher removal efficiency of iron hydroxides from wastewater. The positive impact of ultrasonics on electrocoagulation is explained by the reduction of electrode passivation. Low-frequency, high-intensity ultrasound destructs deposited solid layer and removes them efficiently, thereby keeping the electrodes continuously fully active. Furthermore, ultrasonics activates both ion types, i.e. cations and anions, present in the electrodes reaction zone. Ultrasonic agitation results in high micro-movement of the solution feeding and carrying away raw material and product to and from the electrodes.
Ko e ngaahi sipinga ki he founga ola lelei sono electrocoagulation ko hono fakasiʻisiʻi ko ia ʻo e Cr (VI) ki cr (III) ʻi he wastewater fakafaitoʻo, ko hono toʻo ko ia ʻo e phosphorus fakakatoa mei he effluents ʻo e kemikale lelei mo ha phosphorous toʻo e ngaahi ngaueʻanga ko e 99.5% ʻi loto ʻi he miniti ʻe 10., lanu mo e coD. Lipooti ʻo e efficiencies ki he lanu, KOLOD, Cr (VI), Cu (II) mo p ko e 100%, 95%, 100%, 97.3%, mo e 99.84%. (FF. Al-Qodah & Al-Sana, 2018)

Sono-Electrochemical maʻulalo ʻo e ngaahi ʻuli

Ultrasonically poupouʻi electrochemical oxidation mo e/pe fakasiʻisiʻi e ngaahi toʻonga ʻoku fakaʻaongaʻi ko ha founga malohi ia ki hono tukuhifo e kemikale pollutant. Sonomechanical mo sonochemical ngaahi meʻa kehe tuʻuaki ʻa e electrochemical maʻulalo ʻo e ngaahi ʻuli. Ultrasonically e ngaahi ola cavitation ʻi hono ueʻi lahi, fefiofi, feʻaveʻaki paʻanga mo hono toʻo ʻo e passivating mei he electrodes. ʻOku iku ʻa e ngaahi ola cavitational ko ʻeni ʻi hano fakalahi pe ʻo e feʻaveʻaki paʻanga ʻi he vahaʻa ʻo e electrodes mo e founga fakaleleiʻi. Sonochemical uesia fakahangatonu molecules. ʻOku fakatupu ʻe Homolytic cleavage ʻo molecules ha oxidants malohi ʻaupito. ʻI aqueous mitia pea ʻi he ʻao ʻo e ʻosikena, radicals hange ko HOI •, HO2 • mo e O • ʻoku faʻu. • ʻOku ʻiloa ʻa e radicals ʻoku mahuʻinga ki he decomposition lelei ʻo e ngaahi naunau ʻoku hoko. Ko hono fakakatoa, ʻoku fakahaaʻi ʻe he sono-electrochemical maʻulalo ʻa e lavameʻa maʻolunga pea ʻoku feʻunga ia mo hono faitoʻo ʻo e ngaahi tohi lalahi wastewater streams mo e ngaahi meʻa ʻuli kehe.
Hange ko ʻeni, naʻe ʻilo ʻe Lllanos et Al. (2016) naʻe maʻu ha ola mahuʻinga ki he mavahe ʻa e vai ʻi he taimi naʻe fakalalahi ai e electrochemical ʻa e polokalama ʻe sonication (sono-electrochemical disinfection). Naʻe maʻu ʻa e tupulaki ko ʻeni ʻi he vave ʻo e puke ke fekauʻaki mo e suppression E. kololi aggolomerates pea pehe ki ha faʻahinga disinfectant. 
Naʻe fakahaaʻi ʻe Esclapez et Al. (2010) naʻe fakaʻaongaʻi ha sonoelectrochemical Seinopolo (Neongo naʻe ʻikai optimized) lolotonga hono fakafuofuaʻi ʻo e ʻesiti trichloroacetic (TKAMA) maʻulalo, Naʻe ʻomi ʻe he fakaʻata ʻi he malaʻe ʻo e UIP1000hd ha ngaahi ola lelei ange (fractional ului 97%, maʻulalo 26%, selectivity 0.92 mo e lavameʻa lolotonga 8%) ʻi lalo ultrasonic intensities mo volumetric tafe mai. ʻI hoʻo fakakaukau ki he foʻi moʻoni ko ia, naʻe teʻeki optimized ʻa e sonoelectrochemical pailate kimuʻa Seinopolo, pea ʻoku ngalingali ʻe toe lelei ange ʻa e ngaahi ola ko ʻeni.

Ultrasonic Voltammetry mo Electrodeposition

Naʻe fakahoko Electrodeposition galvanostatically ʻi he density lolotonga ʻo e mA/cm2 ʻe 15. Naʻe moʻulaloa ʻa e ngaahi founga fakaleleiʻi ki ultrasonication kimuʻa pea electrodeposition ʻi ha miniti ʻe 5 – 60. Ko ha Hielscher UP200S fekumi-Type ultrasonicator Naʻe fakaʻaongaʻi ia ʻi ha taimi siakale ʻo e 0.5. Naʻe aʻusia ʻa e Fakaʻata ʻi hono toʻo fakahangatonu e fakaʻata fekumi ki he founga fakalelei. Ke fakafuofuaʻi e ola ʻo e ultrasonic ʻi he founga fakaleleiʻi kimuʻa pea electrodeposition, cyclic voltammetry (CV) naʻe fakaʻaongaʻi ia ke fakaha ʻaki ʻa e ʻulungaanga ʻo e fakaleleiʻi pea ʻai ke lava ʻo tala ha ngaahi tuʻunga lelei ki electrodeposition. ʻOku fakatokangaʻi ko e taimi ʻoku moʻulaloa ai ʻa e founga fakaleleiʻi ki he ultrasonication kimuʻa pea electrodeposition, ʻoku kamata ʻa e Deposition ʻi he ngaahi tuʻunga ʻulungaanga kovi ʻe ala hoko. ʻOku ʻuhinga ʻeni, ʻoku fie maʻu ʻa e founga tatau pe ʻi he founga ʻoku siʻisiʻi ange hono fakaleleiʻi, ʻo hange ko e ʻulungaanga malohi ange ʻa e faʻahinga founga fakaleleiʻi ʻi he ngaahi meʻa ʻoku ʻikai ultrasonicated. (FF. Yurdal & Karahan 2017)

Ultrasonic UIP2000hdT (2000 Watts, 20kHz) ko Cathode mo e/pe Anode ʻi ha tangike

Ultrasonic UIP2000hdT (2000 Watts, 20kHz) ko Cathode mo e/pe Anode ʻi ha tangike

Kole 'a e fakamatala




Fakatokanga'i ange 'etau Tu'utu'uni totonu fakatautaha.


Ngaue maʻolunga Electrochemical Probes mo SonoElectroReactors

Ko Hielscher Ultrasonics ko ho hoa ngaue taimi loloa ia ki he ngaahi polokalama ultrasonic maʻolunga. ʻOku tau faʻu mo tufaki ʻa e tuʻunga ʻo e ultrasonic probes mo e niʻihi ʻoku nau fakaʻaongaʻi, ʻa ia ʻoku fakaʻaongaʻi fakaemamani lahi ki hono fakaʻaongaʻi ʻo e ngaahi fatongia mamafa ʻi he ngaahi ʻatakai ʻoku femoʻuekina. Ki he sonoelectrochemistry, kuo fakatupulaki ʻe Hielscher ha ultrasonic makehe probes, ʻa ia ʻe lava ke hoko ko ha Cathode mo e/pe anode, pea pehe ki ultrasonic Seinopolo ngaahi selo ʻoku feʻunga mo electrochemical ngaahi toʻonga. ʻOku lava ke maʻu ʻa e ultrasonic electrodes mo e ngaahi selo ki he galvanic/voltaic pea pehe ki electrolytic systems.

Ko hono mapuleʻi Amplitudes ki he ngaahi ola lelei

Hielscher's industrial processors of the hdT series can be comfortable and user-friendly operated via browser remote control.Ko e Hielscher kotoa pe ultrasonic processors ko e mapuleʻingofua moʻoni ia pea ʻoku falalaʻanga ai e fanga hoosi ngaue ʻi he R&D mo e faiva. Ko e amplitude ko e taha ia ʻo e ngaahi fakangatangata mahuʻinga ʻoku ne takiekina ʻa e lavameʻa mo e ola lelei ʻo e sonochemically mo sonomechanically ngaahi toʻonga ʻoku ne fakaʻaiʻai. Hielscher ultrasonics kotoa pe’ processors fakaʻata ʻa e tuʻunga totonu ʻo e amplitude. ʻE lava ʻe he ultrasonic processors ʻa Hielscher ʻo fakahaofi ha amplitudes maʻolunga ʻaupito pea ʻave ʻa e malohi ultrasonic ʻoku fie maʻu ki hono fakaʻaongaʻi sono-electrochamical. Amplitudes ʻo aʻu ki 200μm ʻe faingofua pe ke lele hokohoko ʻi he tafa 24/7.
ʻOku ʻoatu ʻe he ngaahi feituʻu amplitude totonu mo hono vakaiʻi maʻu pe ʻo e ngaahi fakangatangata ʻo e founga ngaue ultrasonic ʻo fakafou ʻi he polokalama smart Software ʻa e malava ko ia ke takiekina e tali sonoelectrochemical. ʻI he lolotonga ʻo e lele sonication kotoa pe, ʻoku lekooti leva ʻa e ngaahi fakangatangata ultrasonic kotoa pe ʻi ha kaati SD, koeʻuhi ke lava ʻo vakaiʻi mo puleʻi ʻa e lele takitaha. Tokolahi lelei sonication ki he ngaahi toʻonga lelei taha sonoelectrochemical!
ʻOku langa ʻa e meʻangaue kotoa pe ki he 24/7/365 ʻoku fakaʻaongaʻi kakato ʻi he kavenga pea mo hono robustness mo falalaʻanga ke hoko ia ko e hoosi ngaue ʻi hoʻo founga electrochemical. ʻOku ngaohi ʻe he meʻa ni ʻa e meʻangaue ultrasonic ʻa Hielscher ko ha meʻangaue falalaʻanga ʻoku ne fulfils hoʻo ngaahi fie maʻu ki he founga ngaue sonoelectrochemical.

ʻulungaanga maʻolunga taha – Faʻu mo Manufactured ʻi Siamane

ʻI he hoko ʻa Hielscher ko ha pisinisi ʻa e famili mo e fakalele fakafamili, ʻoku ne fakamuʻomuʻa ʻa e ngaahi tuʻunga moʻui lelei taha ki hono ultrasonic processors. ʻOku fokotuʻutuʻu ʻa e ultrasonicators kotoa pe, manufactured mo siviʻi fakaʻauliliki ʻi homau ʻuluʻi ʻofisi ʻi Teltow ofi ki Pealini ʻi Siamane. ʻOku hanga ʻe robustness mo e ala falalaʻanga ʻo e meʻangaue ultrasonic ʻa Hielscher ʻo ʻai ke hoko ia ko ha hoosi ngaue ʻi hoʻo faiva. 24/7 ngaue ʻi he uta kakato pea ʻi he ngaahi ʻatakai ʻoku femoʻuekina, ko ha ʻulungaanga fakanatula ia ʻo e ngaue maʻolunga ʻa Hielscher ultrasonic probes mo e niʻihi ʻoku nau kau mai.

Fetuʻutaki mai he taimi ni ʻo fakamatala mai fekauʻaki mo hoʻo ngaahi fie maʻu electrochemical ki he founga ngaue! Te mau fokotuʻu atu ʻa e ultrasonic feʻunga taha electrodes mo Seinopolo fokotuʻutuʻu!

Fetu'utaki mai kiate kimautolu! / Kole kiate kitautolu!

Kole ki ha fakamatala lahi ange

Kataki 'o ngaue 'aki e foomu 'i lalo ke kole ha toe fakamatala ki he ultrasonic processors, faka'aonga'i mo e totongi. Te mau fiefia ke alea'i e founga 'oku mo 'i ai mo ho'omou ngaahi fie ma'u ultrasonic he polokalama!









Kataki 'o fakatokanga'i ange 'etau Tu'utu'uni totonu fakatautaha.


Ultrasonic high-shear homogenizers are used in lab, bench-top, pilot and industrial processing.

Hielscher Ultrasonics ʻa e ngaohiʻanga koloa maʻolunga ultrasonic homogenizers ki hono tuifio ʻo e ngaahi polokalama, fakamovetevetea, emulsification mo e toʻo hingoa ʻi he fale fakatotolo fakakemi, pailate mo e meʻafua ki he ngaahi meʻa fakapisinisi.

Ngaahi tohi/fakamo'oni fakafolofola