Ultrasonic Material Dispenser Ultrasonic Cavitation Treatment, TOPTION glass reaction vessel, glass reactor, chemical glass reactor

Products Catalogue

Most suitable to disperse nano materials (graphene,silicon dioxide,etc).
Multi ultrasonic working head combined together for better sample emulsification result.
Uniform mixing, no dead angle.

Ultrasonic material dispenser is also popular as ultrasonic emulsification reactor, stainless steel ultrasonic reactor, which through its "cavitation effect" to realize the emulsification of oil blended with water, emulsification of water mixed with oil, the mixture and homogenization of dispersed phase and continuous phase, it's modern chemical technology to instead of propeller, colloid mill and other traditional emulsification technology.

Model	TUER-5SUS / TUER-5SUD	TUER-10SUS / TUER-10SUD	TUER-20SUS / TUER-20SUD
Ultrasound Method	Energy-gathered circulation multiple-step type
Capacity（L）	5	10	20
Stir Motor Power（W）	100	150	200
Ultrasonic Frequency	20KHz	20KHz	20KHz
Standard Ultrasonic Probe	￠20*1	￠20*2	￠20*3
Ultrasonic Power(w)	50~1200 Adjustable	100~2400 Adjustable	200~3600 Adjustable
Circulation Stirring Rate (rpm)	0~1000 Integrated Digital Display, Stepless Timing	0~1000 Integrated Digital Display, Stepless Timing	0~1000 Integrated Digital Display, Stepless Timing
Circulation Stirring Rate (rpm)	0~1000 Integrated Digital Display, Stepless Timing	0~1000 Integrated Digital Display, Stepless Timing	0~1000 Integrated Digital Display, Stepless Timing
Controlled Temperature ℃ （Optional）	0--100	0--100	0--100
Controlled Temperature ℃ （Optional）	0--100	0--100	0--100
Reactor Material	SS304/Glass	SS304/Glass	SS304/Glass
Applicable Medium	Volatility / Fixed Hydrocarbon	Volatility / Fixed Hydrocarbon	Volatility / Fixed Hydrocarbon
Application	Laboratory & Pilot	Laboratory & Pilot	Pilot
Note: Professional Customization is provided, high temp. device, low temp. device, constant temp. device are available (-5℃ ~ 100℃). Model: S - stainless steel material; U- "U" shape design; S - single layer; D - double layer.