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Nanoemulsion Microjet Laboratory Equipment

China Nanoemulsion Microjet Laboratory Equipment, Find details about China Nanoemulsion Microjet Homogenizer, High Pressure Nanoemulsion Microjet from Nanoemulsion Microjet Laboratory Equipment

Model NO.
FB-110TX
Power
15kw
Package
Standard Wooden Case
Max Pressure
180MPa
Working Pressure
160MPa
Plunger Qty
3 Pieces
Trademark
DONGHUA
Transport Package
Export Wooden
Specification
1300*1060*1230mm
Origin
China
HS Code
8434200000
Model NO.
FB-110TX
Power
15kw
Package
Standard Wooden Case
Max Pressure
180MPa
Working Pressure
160MPa
Plunger Qty
3 Pieces
Trademark
DONGHUA
Transport Package
Export Wooden
Specification
1300*1060*1230mm
Origin
China
HS Code
8434200000

Nanoemulsion Microjet Laboratory Equipment
Product Description:
When the high-pressure fluid passes through the pore module under pressurization, the pressure drops sharply to form an ultrasonic flow rate. At this time, particle impact, cavitation and flow dissipation, shear, and stress damage to fluid cells, atomization,and emulsification will occur in the fluid. , Dispersion, liposomes and other phenomena using existing smart mixers, ultrasonics,ball mills, etc., compared to other technologies with higher efficiency in electronic materials, life engineering,pharmaceuticals, food, fiber, coatings, cosmetics and other industries, and even suitable for A wide range of fields.
The high-pressure fluid quickly passes through the narrow gaps of the dispersion unit. At this time, the supersonic flow rateformed by the sharp drop in the pressure in the fluid, particle collision, cavitation and leakage in the fluid, shear force acts on splitting the nano-sized fine molecules and the fluid components exist in a completely homogeneous state.
Nanoemulsion Microjet Laboratory Equipment

Model		FB-110TX

Equipment flow		2.6~200L/H

Maximum pressure		0-350MPA

Nominal pressure		0-350MPA
Minimum processing capacity5ml~50ml
Maximum feed particle size≤500um
Maximum feed viscosity≤10000cPs
Maximum working temperature≤90ºC

Nanoemulsion Microjet Laboratory Equipment
Features:
★ The pump body is a split design, which is easy to disassemble and clean. 
★ The homogenization temperature can be controlled,
4~10ºC. ★ GMP design of the whole machine, SIP/CIP operation can be carried out online. 
★ Ultra-high pressure design, the pressure
can reach 3500bar/50750psi. 
★ Two-stage homogenizing valve design, Z or V type micro-jet homogenizing valve can be selected. 
★ Any combination of valve components, optional alloy, ceramic or diamond. 
★ Digital pressure display, accurate to 1bar. 
★ Touch screen control, data can be monitored, copied and stored. 
★ Dual-mode display of temperature before and after online homogenization, fault alarm monitoring display. 
★ Frequency conversion control device with soft start function. 
★ The flow rate can be adjusted according to the output without consuming materials. 
★ Online emptying, zero residue inside can be achieved. 
★ The power end is equipped with a high-power motor to ensure stable operation under high pressure. 
★ Special feed valve design, without exhaust, can feed directly. 
★ The residual amount of materials is zero, which is especially suitable for the research and development of
pharmaceuticals with expensive raw and auxiliary materials. 
★ The whole machine has patented intellectual property protection. 
★Passed ISO9001 quality management system certification. 
★ Passed the EU CE machinery safety certification.
Scope of application:
Laboratory-specific type, suitable for E. coli, yeast, algae, nano suspension and other related industries.

Nanoemulsion Microjet Laboratory EquipmentNanoemulsion Microjet Laboratory Equipment
High pressure cell crusher
     When the high-pressure fluid passes through the pore module under pressurization, the pressure drops sharply to form an ultrasonic flow rate. At this time, particle impact, cavitation and flow dissipation, shear, stress, fluid cell destruction, atomization, and emulsification will occur in the fluid. , Dispersion, liposomes and other phenomena using existing smart mixers, ultrasonics, ball mills, etc., compared to other technologies with higher efficiency of electronic materials, life engineering, pharmaceuticals, food, fiber, coatings, cosmetics and other industries, and even suitable for A wide range of fields.
    The high-pressure fluid quickly passes through the narrow gaps of the dispersion unit. At this time, the supersonic flow rate formed by the sharp drop in the pressure in the fluid, the particle collision, cavitation and leakage in the fluid, the shear force acts on the cleaved nano-sized molecules and the fluid composition exists in a completely homogeneous state. .
Nanoemulsion Microjet Laboratory EquipmentNanoemulsion Microjet Laboratory Equipment
Nanoemulsion Microjet Laboratory Equipment



 

 


 

 

 
 
 
 

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