20Khz carbonis ultrasonic nanotube dissipatio machinae
Carbonnanotubes sunt fortes et flexibiles sed valde cohaerentes.Difficilia sunt in liquida dispergenda, ut aqua, ethanol, oleum, polymerum vel resinae epoxyi.Ultrasound efficax est methodus ad obtinendum discretam - simplicem dispersam carbonnanotubes.
Carbonnanotubes (CNT)adhibentur in adhesivis, coatingis et polymeris et quasi fillers electrically conductivorum in materia plastica ad crimina stabilia dissipanda in apparatu electrica et in tabulis autocinetis corporis electrostatice picturis.Usus nanotuborum, polymerorum magis resistunt contra temperaturae, durae oeconomiae, ambitus corrosivi, pressiones et abrasionis extremae.
Specificationes:
EXEMPLUM | JH-ZS30 | JH-ZS50 | JH-ZS100 | JH-ZS200 |
Frequentia | 20Khz | 20Khz | 20Khz | 20Khz |
Potestas | 3.0Kw | 3.0Kw | 3.0Kw | 3.0Kw |
Input voltage | 110/220/380,50/60Hz | |||
Processus facultatem | 30L | 50L | 100L | 200L |
Amplitudo | 10~100µm | |||
Cavitationis intensionem | 1~4.5w/cm2 | |||
Temperatus imperium | Jacket temperatus imperium | |||
Sentinam potestatem | 3.0Kw | 3.0Kw | 3.0Kw | 3.0Kw |
Velocitatem sentinam | 0~3000rpm | 0~3000rpm | 0~3000rpm | 0~3000rpm |
agitator potentia | 1.75Kw | 1.75Kw | 2.5Kw | 3.0Kw |
Celeritas agitator | 0~500rpm | 0~500rpm | 0~1000rpm | 0~1000rpm |
CREPITUS probationem | NO |
COMMODUS:
1. Comparata cum dispersione in environment dura traditionalis, dispersio ultrasonica damnum potest reducere ad structuram carbonis nanotubae unius muratae et longam carbonis nanotubae muratae conservandam.
2. Potest plene et aequaliter dissipari ad melius perficiendum nanotubes carbonis.
3. Nanotubes carbonis cito dissipare potest, degradationem nanotubae carbonis vitare, et solutiones nanotubae concentrationis carbonis altae obtinere.