PSA モレキュラーシーブを備えた窒素発生装置の構成 PSA モレキュラーシーブ窒素発生装置は主に次の部品で構成されています。 PSA モレキュラーシーブ圧縮空気浄化コンポーネント高効率油除去装置、冷凍式エアドライヤー、精密フィルター、活性炭フィルターで構成されています。動作原理は、圧縮空気がバッファリングのためにエアバッファタンクに入り、次に高効率油除去装置に入り、ほとんどの油、水、塵、その他の不純物が除去され、次に冷凍式エアドライヤに入り、さらに水分が除去され、最後に空気乾燥装置に入ります。精密フィルターで油分やゴミを取り除き、さらに活性炭フィルターに入り…
How to Choose a High-performance Carbon Molecular Sieve Nitrogen Generation Equipment? Due to the different adsorption capacities of oxygen by carbon molecular sieve under different pressures and very significant differences, reducing the pressure can desorb the oxygen molecules adsorbed by the carbon molecular sieve, regenerate the carbon molecular sieve, and then repeat the cycle alternately to continuously produce high-quality nitrogen. The PSA nitrogen generator (pressure swing adsorption nitrogen production equipment) sold by manufacturers uses high-quality molecular sieves as adsorbents and directly obtains nitrogen from compressed air using the pressure swing adsorption principle. Complete process design, reasonable use effect. Reasonable internal components,…
The Role of PSA Molecular Sieve Nitrogen Generator in the Beer Industry With the increasing use of nitrogen, PSA molecular sieve nitrogen generators are becoming more and more widely used in various industries. For example, in the production process of beer, nitrogen also plays a role in gas protection. As the most widely used inert gas in nature, nitrogen is even more desirable than sterile compressed air for improving beer quality. This article will briefly introduce the wonderful effect of PSA molecular sieve nitrogen generators in beer production. PSA molecular sieve will not affect the taste and quality of beer…
How to Replace Carbon Molecular Sieve in Nitrogen Generator? When the nitrogen generator has been in use for a long time, the quality of the carbon molecular sieve will deteriorate and the purity of the produced nitrogen will decrease. Therefore, the carbon molecular sieve needs to be replaced to restore the purity. Many customers have reported that after the nitrogen generator has been used for a certain period of time, there will be a decrease in nitrogen production, a decrease in purity, and powder spraying, which requires a replacement of the carbon molecular sieve. The reasons why the carbon molecular…
Introduction to Carbon Molecular Sieve for PSA Nitrogen Generation With the wave of industrial revolution in the 1950s, the application of carbon materials became increasingly widespread, with the fastest expanding field being activated carbon, which gradually developed from filtering impurities to separating different components. At the same time, with advances in technology, human processing capabilities of matter became stronger, under which carbon molecular sieve was born. In the 1960s, carbon molecular sieves was successfully manufactured and quickly promoted in the United States. Initially, it was used as adsorbents to separate oxygen from air and gradually applied to devices for producing nitrogen.…
Instructions for the Use and Maintenance of PSA Nitrogen Generator Packing Carbon Molecular Sieve Nitrogen is the most abundant gas in the air, and it is an infinite source that can be used endlessly. It is colorless, odorless, transparent, and belongs to the category of weakly reactive gases, which cannot sustain life. High-purity nitrogen gas is often used as a protective gas to isolate oxygen or air. The content of nitrogen (N2) in air is 78.084% (the volume fraction of various gases in air is: N2:78.084%, O2:20.9476%, argon:0.9364%, CO2:0.0314%, and other rare gases such as H2, CH4, N2O, O3, SO2,…
4A モレキュラーシーブは工業生産の強力なアシスタントになります 4A モレキュラーシーブは、化学生産において一般的に使用される化学製品で、通常は吸着剤や触媒として使用されます。近年、モレキュラーシーブの分類は徐々に増加しています。モレキュラーシーブ4A型の機能・効果は何ですか？モレキュラーシーブ 4A の特徴 異なる分子サイズと形状に応じた選択的吸着 モレキュラーシーブ 4A の結晶はハニカム構造をしており、結晶キャビティとチャネルが接続されており、細孔サイズは均一に固定されています（モレキュラーシーブキャビティの細孔径は通常 3 ～ 15 オングストローム)、…と同等
活性アルミナを使用する際の検査方法の注意点 活性アルミナは粒子径が小さくなると酸素指数が急激に上昇し、添加量によりポリマーの加工性や機械的強度が低下します。投与量が増加すると、破断点伸びなどの指標が急激に減少します。したがって、一方的に超微粒子サイズを追求することは望ましくない。ポリマーの加工性、密度、入手可能性を向上させるために、活性アルミナの供給業者は粒子のグレーディングにも注意を払い、充填量が多くても粒子サイズができるだけ小さくなるように粒子の形状を制御する必要があります。いつ…
13X モレキュラーシーブと 5A モレキュラーシーブの違いは何ですか? 5Aモレキュラーシーブの吸着は物理吸着と化学吸着に分けられ、主に物理吸着は液相や気相の不純物を除去する過程で起こります。 5Aは多孔質構造のため表面積が大きく、不純物を吸着・捕集しやすくなっています。磁石と同じように、すべての分子は相互に引力を持ちます。したがって、5A 細孔壁上の多数の分子は強い重力を生成し、媒体から細孔内に不純物を引きつけます。これらの吸着された不純物の分子は…
隠れた宝石: 多孔質セラミック ボールの利点を明らかにする 多孔質セラミック ボールは、よく知られている材料の影に隠れがちですが、高度なエンジニアリングの世界ではまさに隠れた宝石です。これらの小さくて控えめな球体は驚くべき特性を備えており、さまざまな業界に多くの利点をもたらします。このブログでは、多孔質セラミック ボールの魅惑的な領域を掘り下げ、その隠された可能性に光を当て、それらがもたらす卓越した利点を明らかにします。優れた多孔性: 効率と性能の向上多孔質セラミックボールは、その並外れた多孔性により際立っており、幅広い範囲で非常に効率的です…
Revolutionizing Moisture Management: Exploring Hydrated Molecular Sieve Powder Moisture management is a critical aspect in various industries, ranging from electronics to pharmaceuticals. The ability to effectively control and remove moisture can significantly impact product quality, lifespan, and performance. One groundbreaking solution that has revolutionized moisture management is hydrated molecular sieve powder. In this blog, we will embark on a journey to explore the potential of this remarkable substance, delving into its properties, applications, and the transformative impact it has on revolutionizing moisture management. Understanding Hydrated Molecular Sieve Powder To fully grasp the revolutionary nature of hydrated molecular sieve powder, it…
How to Determine the Adsorption Capacity of Activated Alumina? Activated alumina has applications in many fields, it can be used as adsorbent, desiccant and so on. These are inseparable from its appearance. Its molecular spacing and pore structure also make it a performance factor, so what does it look like? What about the adsorption capacity? Let’s take a look. Adsorption properties of activated alumina Activated alumina balls are prepared by high temperature dehydration at 400-600 degrees. Activated alumina is actually formed by agglomerating several orders of magnitude smaller particles, and the particles are aggregates formed by the coalescence of smaller…
