Food additive homogenizer lab mixer homogenizer
US $18000-$20000
GS 500H фармацевтической гомогенизатор высокого давления
- Category: Homogenizer >>>
- Supplier: Longhorf Nano Technology (Shanghai) Co. LTD.
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Product Overview
Description
Products Description
Maximum design pressure | 1400bar |
Maximum working pressure | 1200bar |
Plunger number | Four plunger made of precision ceramics |
Pressure detection | Pressure Sensor |
Viscosity of feed material | Temperature Sensor |
Maximum design pressure | ≤6000CP |
Processing capacity | 430-500L/H |
Homogeneous series | One-stage temperature control homogenization valve (optional two-stage valve) |
Control System | Man-machine interactive touch screen automatic control interface |
Main motor | 18.5KW |
Voltage, fusing current and frequency | 380V/60A/50Hz |
Process parameter storage | Have |
weight | 1400KG |
Maximum feed temperature | 90℃ |
Maximum cleaning temperature | 90℃ |
Maximum sterilization temperature | 130℃ |
Cleaning/sterilization time | 30 minute |
Water consumption for cleaning/sterilization | cycle |
Environmental conditions | indoor-10~50℃ |
Electric motor | ABB |
Bearing | Imported NSK Ensk/SKF SKF |
Transmission belt | Imported Gates |
Power end | Crankcase connecting rod piston drive |
Crankshaft | Four-wheel drive high-strength alloy steel |
safely control | Leakage, phase loss, and overload protection |
Control System | SIEMENS |
Power protector | ETN Eaton |
Frequency conversion controller | SIEMENS |
Pressure gauge | Digital diaphragm pressure sensor joint venture BANA/Gefran, Italy |
Thermometer | Germany E+H |
In and out connection | Tri-Clamp quick connection |
Inlet valve seat | Stellite |
Homogenizing valve body | Forged high-strength 316L stainless steel with temperature control |
Valve block | Modified ceramics |
Pressure regulating handwheel | ELESA Iris |
Safety unloading valve | Have |
Plunger | High purity zirconia ceramics |
Plunger seal | Sanitary imported polymer composite materials |
Plunger cooling method | Jacket water cooling |
Sample cooling method | Optional coil/tube heat exchanger |
Power lubrication method | Oil lubrication |
Powertrain | Crankcase connecting rod piston drive |
Power heat exchange system | Air-cooled |
Fasten the safety lock | Bolts and nuts |
High voltage module | Bolts and nuts |
Equipment component level | Sanitary grade of material contact parts |
Pump head, pipeline | Forged 2205 duplex stainless steel/316L stainless steel |
Controller | SIEMENS |
Frame material | 304 |
Sheet metal material | 304 |
Installation size | 160*100*150cm |
Material of contact material | All materials in contact with materials comply with GMP certification standards. The materials to be contacted include stainless steel metal, zirconia ceramics, Stellite alloy, fluorine rubber sealing ring, and imported ultra-high polymer UPE. The metal material is divided into high-strength duplex stainless steel 2205 and stainless steel 316L (2205 material has better corrosion resistance and fatigue strength than 316L), and some special configuration models will use titanium alloy or Hastelloy. |
Surface treatment of parts | All pump inner walls and plungers are mechanically polished, and the roughness is within Ra0.1 of the mirror surface, and the roughness of other parts and pipe joints is within Ra0.4. The roughness of the appearance part is between 0.8~1.6. |
High pressure homogenizing valve module temperature control cycle | The unique high-pressure homogenizing valve module temperature control cycle design solves the high temperature problem of the module and the material during the homogenization of the high-pressure homogenizer from the source, ensuring the activity and homogenization effect of the material, and prolonging the service life of the homogenizing valve components. If necessary, an external heat exchanger and a secondary dispersing valve module can be installed to control the temperature of the material at about 15°C and evenly disperse the material to prevent agglomeration after high-pressure homogenization. Homogeneous valve seat materials are: special alloys, ultra-fine particles of cemented carbide, high-purity ceramics, and diamonds are optional. |
Other | 1. Four-plunger structure, more stable pulse, ultra-high voltage design and long-term stable operation; |
2. SIEMENS Siemens touch screen control, real-time monitoring of equipment operating pressure and discharge temperature, working parameters can be set, stored, and recalled, multiple safety protection alarm monitoring, protect personnel and equipment safety, and ensure long-term stable operation of equipment; | |
3. The plunger is the only moving part that is in contact with the material at one end and the air at the other end. The part in contact with the air and cooling water may be contaminated with dust and bacteria and bring the material into the work. We specially designed the plunger to isolate and seal. The flushing and transparent dust-proof board structure ensures that dust and bacteria are completely isolated, and the flushing water will not be contaminated in the closed structure, so as to ensure that the materials will not be contaminated | |
4. The homogenization module adopts a temperature control design to avoid thermal expansion and contraction of the valve body, thereby ensuring a very stable working pressure; | |
5. All high-pressure seals have a unique multi-layer frame support design structure, which makes the seals operate at high pressure for a long time and is in good condition, ensuring that the equipment can still not leak at all under long-term high-strength operation and after the seal is replaced, ensuring the safety of materials. | |
6. Crankcase cooling oil filter + oil cooling circulating pump | |
Circulating water cooling system | Optional |
Minimum | 1 set |
Price range | 45500-52500 USD |
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FAQ
1. What industries can this equipment be used for?
It can be used in: food, beverage, biology, pharmacy, cosmetics, dyes, color paste, fine chemicals, new materials and other fields.
2. What kind of materials is suitable for this equipment?
It can be applied to liquid-liquid or solid-liquid mixed materials with fluidity; such as solid-liquid mixed materials, the particle size of the solid particles shall not be greater than 500 microns.
3. What effect or state can the materials processed by this equipment achieve?
It can be used in: food, beverage, biology, pharmacy, cosmetics, dyes, color paste, fine chemicals, new materials and other fields.
2. What kind of materials is suitable for this equipment?
It can be applied to liquid-liquid or solid-liquid mixed materials with fluidity; such as solid-liquid mixed materials, the particle size of the solid particles shall not be greater than 500 microns.
3. What effect or state can the materials processed by this equipment achieve?
a. The cell wall is broken to release the effective ingredients;
b. The particle size is refined to the nanometer level;
c. The materials are evenly dispersed to solve the stratification and precipitation.
4. What is the particle size of the materials processed by this equipment?
According to the different material characteristics, the smallest can be processed to 50nm.
5. Where is the company, and what are the qualifications and advantages?
The company's registered and office address is in Shanghai, China.
Qualifications and advantages:
4. What is the particle size of the materials processed by this equipment?
According to the different material characteristics, the smallest can be processed to 50nm.
5. Where is the company, and what are the qualifications and advantages?
The company's registered and office address is in Shanghai, China.
Qualifications and advantages:
1. Passed high-tech enterprise certification;
2. Passed ISO9001 quality management system certification;
3. Passed EU CE certification;
4. Has independent intellectual property patents;
5. Rich experience in machining parts and complete machines.
6. What advantages do we have in the same type of equipment?
a. When the equipment is running, it can monitor the working pressure and material temperature in real time and give an alarm to ensure the consistency and stability of the process;
6. What advantages do we have in the same type of equipment?
a. When the equipment is running, it can monitor the working pressure and material temperature in real time and give an alarm to ensure the consistency and stability of the process;
b. The equipment has 10 safety alarm functions to protect the safety of personnel and equipment to the greatest extent;
c . The power end has the oil filter and oil cooling function, which can run continuously for a long time;
d. The unique temperature control and homogenization module of the working section can reduce the impact of thermal expansion and contraction, making the material processing more uniform and easy to extend Service life of damaged parts.
7. Which materials are applicable?
Including but not limited to the following materials:
a. Biopharmaceuticals: yeast broken, E. coli and other biological cells, pine pollen, Ganoderma lucidum spore powder, Chinese medicine extracts, etc.;
b. Food and beverage: seasonings, fruit juice drinks, milk, soy milk, jam, phospholipid soybean oil, kelp extract, edible fungus (ganoderma lucidum, shiitake mushroom, cordyceps, etc.) extract, various macromolecular polysaccharides, etc.;
c. Cosmetics: lotion, coenzyme Q10, titanium dioxide, liposome, vitamin lotion, gel, etc.;
d. New materials: graphite, PEDOT (organic polymer), boron nitride (white graphite), graphene, carbon nanotubes, positive and negative materials, fluorinated graphene, metal oxide slurry, etc. (alumina, oxide) Copper, silicon oxide, zinc oxide, silicon dioxide, molybdenum trioxide, molybdenum dioxide, etc.);
e. Pharmaceutical industry: oral preparations, injections, emulsions, plasters, patches, PLGC emulsions, PLGA emulsions, vitamin E, cellulose, Chinese herbal medicine extracts, sirolimus emulsions, phospholipid aqueous solutions, cefquinome sulfate injections, etc.;
f. Fine chemicals: dyes, paints, pigments, color pastes, insulating paints, graphite powder, glass powder, DCPD (Dicyclopentadiene), potassium carbonate, etc.
7. Which materials are applicable?
Including but not limited to the following materials:
a. Biopharmaceuticals: yeast broken, E. coli and other biological cells, pine pollen, Ganoderma lucidum spore powder, Chinese medicine extracts, etc.;
b. Food and beverage: seasonings, fruit juice drinks, milk, soy milk, jam, phospholipid soybean oil, kelp extract, edible fungus (ganoderma lucidum, shiitake mushroom, cordyceps, etc.) extract, various macromolecular polysaccharides, etc.;
c. Cosmetics: lotion, coenzyme Q10, titanium dioxide, liposome, vitamin lotion, gel, etc.;
d. New materials: graphite, PEDOT (organic polymer), boron nitride (white graphite), graphene, carbon nanotubes, positive and negative materials, fluorinated graphene, metal oxide slurry, etc. (alumina, oxide) Copper, silicon oxide, zinc oxide, silicon dioxide, molybdenum trioxide, molybdenum dioxide, etc.);
e. Pharmaceutical industry: oral preparations, injections, emulsions, plasters, patches, PLGC emulsions, PLGA emulsions, vitamin E, cellulose, Chinese herbal medicine extracts, sirolimus emulsions, phospholipid aqueous solutions, cefquinome sulfate injections, etc.;
f. Fine chemicals: dyes, paints, pigments, color pastes, insulating paints, graphite powder, glass powder, DCPD (Dicyclopentadiene), potassium carbonate, etc.
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