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E-mail：
service@bjsyhx.com.cn
The Floor model manifold freeze dryers is used by many companies in the summer to purchase a suitable floor model manifold freeze dryer for their air compressor room. The floor model manifold freeze dryer can not only dry, but also Cool down the compressed air system. To buy a floor model manifold freeze dryer, we must first understand its role. The air compressor compression system contains 100% relative humidity in the air, and the air is cooled and the water is released. If there is no floor model manifold freeze dryer, not only It will bring disadvantages to gas equipment and will also affect the quality of the products. Therefore, we must use the floor model manifold freeze dryer to remove water from the pipeline.
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Min. Order: |
1 Set |
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Port: |
Beijing, China |
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Production Capacity: |
100 Sets/Month |
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Payment Terms: |
L/C, T/T, D/P, Western Union, Paypal, Money Gram |
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Material Status: |
Solution, Strap, Bulk |
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Operation Pressure: |
Vacuum |
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Cooling Way: |
Air Cooling |
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Type: |
Small |
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Heating Type: |
Silicon Oil Heating |
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Freeze Drying Area: |
0.3 M2 |
1. Determine the brand of the floor model manifold freeze dryer
There are many kinds of floor model manifold freeze dryers. When choosing a floor model manifold freeze dryer, we must first consider our industry characteristics and application methods to select the floor model manifold freeze dryer suitable for our industry.
2. Determine the flow rate of the floor model manifold freeze dryer
The flow rate of the floor model manifold freeze dryer is a must for the customer. Generally, the selection of the floor model manifold freeze dryer should be similar to the volume flow of the air compressor. The working pressure and the working pressure of the air compressor are equivalent. can. If you don't know the condition of the air compressor, be sure to ask the engineer to look at the scene and let him help you choose the type according to your gas situation.
In general, the floor model manifold freeze dryer uses the natural wet state of the adsorbent at an early stage, and it is necessary to gradually establish a regeneration purification adsorption activity. After using for a period of time, under the action of pressure, the packing density of the adsorbent will increase, and the appropriate conditions according to the adsorbent are added.
The vacuum freeze-drying technology of the Floor model manifold freeze dryers is favored by people because of its incomparable advantages. It is widely used in the fields of medicine, biological products, food, blood products and active substances. The scale and scope of the application is still expanding. Vacuum freeze drying is bound to become an important application technology in the 21st century.
This product Freeze Dryers have a large range of products separated based on the scales of production like large scale freeze dryers, pilot scale freeze dryers and production scale freeze dryers; based on the appearance like benchtop freeze dryers and floor top freeze dryers and also have vacuum freeze dryers. They are provided with high condensing capacities and versatile temperature range for ease of selecting the product based on the user requirements. Widely used in biomedical, biological and food processing industries.
Floor model Top press with manifold type freeze dryers are designed with 8 manifold ports with 3-4Kg per 24 hours condensing rate. These freeze dryers comes in corrosion resistant body and stainless steel condenser that makes this freeze dryer efficient and durable. This floor model with top press features CFC-free refrigeration, vacuum freeze drying technology with low noise compressor for safe and noiseless functioning, corrosion resistant body that is configured strictly following ISO & CE standards. Its graphical LCD display with a clear layout shows the drying curves.
The muffler of the floor model manifold freeze dryer is regularly maintained to remove various impurities on the adsorption surface in time to avoid affecting the noise elimination effect and affecting the source of the gas.
Adjust the opening of the throttle valve according to the early dew point. Filled with adsorption dryers on the filter configuration for a long time running exhaust quality has a great relationship, in the process of system configuration, must be different according to the professional requirements of the precision filter.
To use the floor model manifold freeze dryer according to the specifications, the ratings within the permissible range are used in various parameters.
Used in many applications similar to the precision electronics industry or in high-precision instruments, because the technical requirements should be compressed air dew point pressure below 0 °C, through the floor model manifold freeze dryer dew point pressure below 0 ° C line will appear ice, At this time, the freeze-drying can not meet the requirements of the technology. Many companies introduce advanced technology, and the mechanism of freeze-drying does not have the manufacturing technology of the thermal adsorption dryer. It is described that the low dew point temperature can reach 70 °C.
The adsorption floor model manifold freeze dryer uses imported high-quality materials, such as stainless steel pneumatic valves, stainless steel check valves, such as manufacturing, to avoid pipeline pollution and improve air quality. While introducing and absorbing the combined domestic experience, there is no heat dryer for reducing natural gas consumption, and the micro-heat problem dryer and dryer are combined to reduce air compressed air consumption, and the low consumption volume can reach 5%. To meet the needs of different users.
A large amount of air compressor is discharged from the air, and a compressed air inlet pipe flows in, and the two towers function through the valve, and the adsorbent absorbs moisture and is dried. When the air flows to the top of the tower, it absorbs the moisture in the air, and the dew point temperature can reach 40 ° C, dry and achieved. The entire cycle is standard for 10 minutes, running for 5 minutes for each column, the tower works during the process (tower), and the other is at the regeneration tower regeneration time of 4.5 minutes (not running), with a pressure time of 0.5 minutes. Part of the regeneration process, the tower operates the atmosphere of the water muffler by regenerating the tower of the air conditioning valve.
Floor model manifold freeze dryers is mainly used in:
(1) freeze-drying of biological products with poor thermal stability, biochemical products, blood products, genetic engineering products, etc.;
(2) To maintain the structure and activity of biological tissues, the treatment of biological tissues such as cortex, bone, cornea and heart valve for surgery; (3) Coffee to maintain food color, aroma, taste and nutrients, and to quickly rehydrate Freeze-drying of seasonings, meat, seafood, fruits and vegetables;
(4) Application in microcapsule preparation, drug controlled release materials, etc. Processing of health products such as ginseng, royal jelly, and turtles and Chinese herbal preparations to maintain the invariability of fresh substances;
(5) Ultrafine powder functional materials such as: optical fibers, superconducting materials, microwave dielectric materials, magnetic powders, and treatment of catalysts capable of accelerating reaction engineering.
Related users (part)
Tsinghua University Peking University Huazhong Agricultural University
Beihang University, Chinese Academy of Medical Sciences, Nanjing University of Science and Technology
Beijing University of Science and Technology China Agricultural University South China University of Technology
Beijing Institute of Technology Nanjing University of Technology Xi'an University of Technology
Sichuan University Hunan University Qiqihar University
Tianjin University Lanzhou University Xiamen University
Tongji University Nanjing University Shenyang Pharmaceutical University
Zhejiang Sci-Tech University Zhongshan University Wuhan University
Zhejiang University Hunan University of Science and Technology Wuhan University of Technology
University of Science and Technology of China, Guangdong Ocean University Hubei Hong Pharmaceutical Co., Ltd.
Civil Aviation University of China Shenyang University of Technology Institute of Process Engineering, Chinese Academy of Sciences
Huazhong University of Science and Technology Beijing Orchard Research Institute Changsha Qixi New Material Technology Co., Ltd.
Beijing University of Chemical Technology Shandong Daguan Pharmaceutical Technology Co., Ltd. Dongguan City Original Ecological Biotechnology Co., Ltd.
Guizhou Institute of Biotechnology Sanming Hezhong Biotechnology Co., Ltd Harbin Children's Pharmaceutical Factory
National University of Defense Technology Changchun Hengchen Biotechnology Co., Ltd. Jinan Hengjian Pharmaceutical Technology Co., Ltd.
Institute of Chemistry, Chinese Academy of Sciences Dongguan Lujian Biotechnology Co., Ltd. Institute of Materia Medica, Chinese Academy of Medical Sciences
South China Sea Fisheries Research Institute Shanghai Institute of Materia Medica, Chinese Academy of Sciences Jiangsu Ouwei Pharmaceutical Co., Ltd.
Ministry of Agriculture Planning and Design Institute Shenzhen Jianyuan Pharmaceutical Technology Co., Ltd. Hangzhou Baicheng Pharmaceutical Technology Co., Ltd.
China Institute of Metrology Science Dongguan Sanwei Biotechnology Co., Ltd. Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences
Liaoning Wanjia Pharmaceutical Technology Co., Ltd. Suzhou Global Chromatography Co., Ltd. China Food and Drug Testing Institute Food Institute
