Product description
The Scientz-207A ultra-high pressure homogenizer utilizes the high-pressure energy generated by the servo motor to instantaneously release the material, and under the conditions of high shear, cavitation and collision effects, and dispersion effect, the material is broken, homogenized and emulsified under constant pressure working conditions.
The particle size of the material can be uniformly refined to below 100 nm, and the breaking rate can reach 95% or more.
The machine has a built-in cooling circulation system that directly cools the homogenizer. All materials in contact with the material tube are 316L stainless steel. And optional homogenizing valve. Has applied for invention patents and utility model patents.
Technical Parameters
■The maximum working pressure 1800bar / 180Mpa / 26100psi pressure adjustable
■The maximum design pressure is 2070bar / 207Mpa / 30015psi
■Maximum processing capacity 15 L / H (250ml / min)
■The minimum volume processing capacity of 15ml
■Material residue 0ml (no residue)
■Motor power 3.0Kw / 380V / 50Hz
■Overall dimensions L1070mm * W340 mm* H460mm
■Weight <60KG
■Maximum feed particles & lt; 100 microns
■Flow control Inverter control, adjustable flow and flow adjustable
■Pressure, temperature sensors using the German brand pressure sensor optional thermostat bath
■Built-in cooler configuration cooler, do not consume materials, control homogeneous temperature
■No need to exhaust exhaust
■PLC touch screen
■Using PLC control and 7-inch touch screen operation
■ Historical data storage, query
■With temperature alarm and automatic protection
■System high pressure and operating temperature are one digital
■Real-time pressure and temperature curve display
■Has the operation permission limit function
■Electric control drive part of Japan’s Matsushita servo motor
■Condensate water connection plate with condensate access dis
Applications
Ganoderma lucidum spores have a wall breaking rate of about 95%
Ganoderma lucidum spores before breaking Ganoderma lucidum spores after breaking
