The E. coli yeast wall breaking machine is mainly used for tissue dispersion in the biotechnology field, sample preparation in the pharmaceutical field, enzyme treatment in the food industry, detection of pesticide residues and veterinary drug residues in food, as well as in the pharmaceutical industry, cosmetics industry, paint industry, and petrochemical industry.
What are the main technical characteristics of Escherichia coli yeast wall breaking machine?
vulnerable parts
Homogenizing valves, one-way valves, and plungers are made of special alloy steel, which has the characteristics of wear resistance, impact resistance, and long service life. They are also suitable for any disinfection process (including CIP). In special circumstances, ceramic materials can be used for homogenization valves, one-way valves, and plungers, which can also adapt to any disinfection process. Various sealing materials have the characteristics of wear resistance, non toxicity, high temperature resistance, and long service life. (Note: Homogenizing valves, one-way valves, plungers, and seals have all reached the world's excellent level and can replace imports) The replacement of vulnerable parts is worry free, labor-saving, and simple (replacing plungers, plunger seals, and other parts does not require disassembling the pump body).
External structure of pump body
The high-pressure sealing cover of the pump body adopts a square cover, which has high strength and better sealing effect. The fastening nut is a cover nut, with a coordinated and beautiful appearance. The valve body and material channel of the pump comply with food hygiene standards and meet pharmaceutical standards. The import and export pipe fittings are connected to the pump body and valve body with flexible joints, which facilitates pipeline installation and allows for easy disassembly. The pump valve body has undergone special solution heat treatment, which enhances the flexibility of the pump valve body and greatly improves its service life.
lubrication
High pressure oil resistant hoses are selected, and a lubrication system combining forced injection and splash is adopted. Under the same production conditions, the oil temperature can maintain a relatively stable temperature, and the oil viscosity is not easily diluted, continuously exerting a good lubrication effect; At the same time, a circulating cooling system is adopted, greatly reducing the temperature of the transmission box and decreasing the loss of lubricating oil. (Note: The forced injection system, also known as the anti lock braking system, is directly injected into the middle of the bearing through a high-pressure oil resistant hose, forming a lubricating surface on the contact surface between the bearing and the crankshaft, changing the traditional method of using the bearing without direct oil lubrication on the contact surface between the bearing and the crankshaft, which leads to excessive temperature rise in the transmission case.)
transmission case
The crankshaft is made of alloy ductile iron and special alloy steel, which are wear-resistant and have a long service life; The crankshaft transmission adopts a Haff type and intermediate support structure (which effectively avoids the accumulation of stress caused by long-term operation of the crankshaft), modular, structurally reasonable, and easy to maintain; The transmission shaft and crankshaft adopt helical gear low-speed transmission, with low noise and good stability. The transmission case cover adopts O-type sealing, with good sealing effect. Filling the gearbox is simple, convenient, and more user-friendly.
model
The Jinzhu homogenizer (high-pressure pump) adopts a horizontal model with good stability, and the shell is made of 304 stainless steel.
(Note: The front and both sides are equipped with movable doors, and there is no need to disassemble the shell for operation, maintenance, or upkeep. The shell has no burrs or sharp edges.)
energy saving
The Jinzhu homogenizer (high-pressure pump) is designed with low energy consumption and high efficiency as its fundamental principles. Through a forced cooling injection system, it has a significant energy-saving effect under the same production conditions.