প্রাথমিক বিবরণ
পরিমাণ (টি):1
সর্বনিম্ন অর্ডার পরিমাণ:1
বিতরণের সময়:7-15Day
শিপিং পদ্ধতি:空运, 陆运, 海运, 快递
প্যাকেজিং বিবরণ:Box packaging
পণ্যের বিবরণ
Introduction to Process Flow After being compressed and purified to remove oil, water, and dust, the ambient air enters a pressure swing adsorption device consisting of two adsorption towers filled with carbon molecular sieves. Compressed air flows from bottom to top through the adsorption tower, during which oxygen molecules are adsorbed on the surface of carbon molecular sieves. Nitrogen flows out from the upper end of the adsorption tower and enters the crude nitrogen buffer tank. After a period of time, the carbon molecular sieves in the adsorption tower are saturated with adsorbed oxygen and need to be regenerated. Regeneration is achieved by stopping the adsorption step and reducing the pressure in the adsorption tower. Two adsorption towers alternate between adsorption and regeneration to ensure continuous output of nitrogen gas. |
Technical features 1. The raw air is taken from nature, and nitrogen can be produced by providing compressed air and power. The equipment has low energy consumption and low operating costs. 2. The nitrogen purity adjustment is convenient, and the nitrogen purity is only affected by the nitrogen exhaust volume. The purity of ordinary nitrogen production can be adjusted freely between 95% and 99.99%; The high-purity nitrogen generator can be adjusted freely between 99% and 99.999%. 3. The equipment has a high degree of automation, produces gas quickly, and can be unmanned. Just press the button to start or shut down, and nitrogen gas can be generated within 10-15 minutes of startup. 4. The equipment process is simple, the equipment structure is compact, the footprint is small, and the equipment has strong adaptability. 5. The blizzard method is used to load molecular sieves, avoiding the pulverization phenomenon caused by high-pressure airflow impact and ensuring the long-term use of molecular sieves. 6. Digital flowmeter with pressure compensation, high-precision industrial process monitoring secondary instrument, with functions of instantaneous flow and cumulative calculation. 7. Imported analyzer for online detection, high precision, maintenance free. Industry application scope 1. SMT industry applications Nitrogen filled reflow soldering and wave soldering can effectively suppress the oxidation of solder, improve solder wetting, accelerate wetting speed, reduce the generation of solder balls, avoid bridging, and reduce soldering defects. Multiple SMT electronic manufacturers have equipped hundreds of cost-effective pressure swing adsorption nitrogen generators, which have a huge customer base in the SMT industry with a market share of over 90%. 2. Application in the semiconductor silicon industry Atmosphere protection, cleaning, chemical recycling, etc. in semiconductor and integrated circuit manufacturing processes. 3. Application in semiconductor packaging industry Encapsulation, sintering, annealing, reduction, and storage with nitrogen gas. The pressure swing adsorption nitrogen generator has assisted major manufacturers in the industry to gain a competitive advantage and achieve effective value enhancement. 4. Application in the Electronic Components Industry Selective welding, blowing, and packaging with nitrogen gas. Scientific nitrogen inert protection has been proven to be an essential and important step in the successful production of high-quality electronic components. 5. Application in the chemical and new materials industries Using nitrogen to create an anaerobic atmosphere in chemical processes, improving the safety of production processes, fluid transportation power sources, etc. Petroleum: It can be used for nitrogen purging of pipelines and containers in systems, nitrogen filling, replacement, leak detection of storage tanks, protection of flammable gases, as well as diesel hydrogenation and catalytic reforming. 6. Powder metallurgy, metal processing industry The heat treatment industry applies annealing and carbonization of steel, iron, copper, and aluminum products, high-temperature furnace protection, low-temperature assembly of metal components, and plasma cutting. 7. Application in the food and pharmaceutical industries Mainly used in food packaging, food preservation, food storage, food drying and sterilization, pharmaceutical packaging, pharmaceutical ventilation, pharmaceutical transportation atmosphere, etc. 8. Other application areas In addition to being used in the above industries, nitrogen generators are also widely used in many fields such as coal mining, injection molding, brazing, tire nitrogen rubber filling, rubber vulcanization, etc. With the advancement of technology and the development of society, the use of nitrogen devices has become increasingly widespread. On site gas production (nitrogen generator) has gradually replaced traditional nitrogen supply methods such as liquid nitrogen evaporation and bottled nitrogen due to its advantages of low investment, low operating cost, and convenient use. |