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Naike Produced Ceramic Saddle Ring Ceramic saddle ring belongs to a type of ceramic filler. Ceramic saddle ring is processed by continuous extrusion. Compared with the Rasey ring filler of the same material, ceramic saddle ring has the advantages of high flux, low pressure and high efficiency. has large voidage. The shape of ceramic saddle ring is between ring and saddle, so it has the advantages of both. This structure is beneficial to the distribution of liquid and increase the number of gas channels. Because of its high density and excellent acid and heat resistance, ceramic saddle ring is resistant to a…

Molecular Sieves 13X HP：Remove The Nitrogen From Oxygen To Obtain Pure Oxygen What are molecular sieves 13X-HP? Molecular sieves 13X-HP is a novel X molecular sieve suitable for the PSA oxygen concentrator. They are commonly used as catalysts to remove nitrogen from oxygen to obtain pure oxygen. Higher N2 adsorption capacity and better results during N2 / O2 separation. Produced by , it is also used as a desiccant to absorb moisture, moisture, and moisture from liquids, oil, and gas. This molecular sieve has four distinct advantages: highest adsorption performance,microporosity10A, and speedy transfer rates. Long-acting adsorption. Why use molecular sieves…

What Is The Difference Between 3A, 4A, 5A, And 13X Molecular Sieves? What is a molecular sieve A molecular sieve is a type of mineral adsorbent, filter agent and drying agent that can absorb certain molecules, which also called a mole sieve. It is a synthetic crystalline aluminosilicates(zeolite), which can withstand high temperatures and has great thermal stability, thus it can be regenerated conveniently and be reused repeatedly. The internal structure has many cavities that interconnected by pores which measured in angstroms, and are a uniform size similar in size to small molecules. That means larger molecules cannot enter through the material or be absorbed but the smaller ones can. Molecular…

Introduction of Inert Ceramic Balls Inert ceramic balls are generally used as support and covering materials for the catalyst in the reactor. It can buffer the impact of the liquid and gas entering the reactor on the catalyst, protect the catalyst, and improve the distribution of liquid and gas in the reactor. It has the characteristics of high temperature and high pressure resistance, low water absorption, stable chemical properties, and can withstand the corrosion of organic solvents such as acids and alkalis, as well as temperature changes during the production process. Due to its wide use, inert ceramic balls have…

Why Is Lithium Molecular Sieve A Preferred Choice For Oxygen Generation? What is a lithium molecular sieve？ Lithium molecular sieve (oxygen molecular sieve) is a kind of lithium X type silicon aluminicate crystal, with a relatively stable silicon aluminum skeleton structure. The molecule sieve has the characteristics of large nitrogen adsorption capacity, high nitrogen， and oxygen separation coefficient, and fast dynamic adsorption and desorption speed. Lithium molecular sieve can be used in steel, non-ferrous metallurgy, chemical, environmental protection, paper, aquaculture, healthcare， and other industries, and high-efficiency oxygen molecular sieve for high-end small medical (home) oxygen machines. Differences between a lithium…

What is the Difference Between Zeolite and Molecular Sieve? Ⅰ. What are zeolite and molecular sieve? Zeolite is an aluminosilicate mineral with a water framework structure and was first discovered in 1756. The Swedish mineralogist Cronstedt discovered that there is a type of natural aluminosilicate ore that boils when burned, and named it zeolite. The concept of molecular sieve was proposed by McBain in 1932, which means a porous material that can sieve substances at the molecular level. In other words, zeolite is a definition based on the physical and chemical properties of a substance, and molecular sieve is a…

Molecular Sieve Production Process The molecular sieve powder production process mainly includes five stages of sodium aluminate preparation, synthesis, aging and crystallization, mother liquor separation and washing, drying and packaging. 1. Preparation stage of molecular sieve powder A certain amount of liquid caustic soda or steaming mother is added to the reaction kettle, heated to the preparation temperature under stirring, and then the aluminum hydroxide temperature is added at a certain temperature. The aluminum hydroxide solution was prepared under the conditions of the preparation of sodium aluminate. After the preparation is completed, a certain amount of mother liquor is added…

Top Ten Questions and Answers on Molecular Sieve Activated Powder 1. What are the raw materials and production process of molecular sieve activation powder? Answer: The main raw material of activated molecular sieve powder is aluminosilicate. 3A is potassium sodium aluminosilicate, 4A is sodium aluminosilicate, and 5A is sodium calcium aluminosilicate. The main production method is to make activated molecular sieve powder after the raw powder is activated at high temperature. 2. The main function of activated molecular sieve powder (what is the difference with defoamer)? Answer: The activated molecular sieve powder absorbs excess water in the system, and the…

Activation Method of 4A Molecular Sieve 4A molecular sieve has a wide range of applications. It is not only a new type of high-performance microporous adsorbent, but also a catalyst carrier with excellent performance. As a desiccant, molecular sieve has strong drying efficiency and can be used to dry a variety of gases and liquids. Molecular sieves cannot be used to dry unsaturated compounds because they have a strong adsorption effect on unsaturated molecules, polar molecules and easily polarized molecules. Molecular sieve has a small water absorption capacity. If the material to be dried contains too much water, it should…

Performance of Molecular Sieve 1. What is a molecular sieve? Molecular sieve is a synthetic hydrated aluminosilicate (bubble zeolite) or natural zeolite with the function of screening molecules. Molecular sieves have a uniform microporous structure, and these tiny pores have a uniform diameter, which can adsorb molecules smaller than their diameter into the pores, thereby separating molecules with different diameters, different polarities, different boiling points, and different saturations, so that it has the function of “sieving” molecules. 2. Types of molecular sieve Molecular sieves are different according to the pore size, molecular sieve types are A type: potassium A (3A),…

What Should I Pay Attention to when Storing Molecular Sieve Powder? For molecular sieve powder, many people do not know it very well. In fact, it is artificially synthesized and has many advantages, such as purifying exhaust gas. Therefore, it is now used in many fields. Many people do not know precautions when storing and using molecular sieve powder, some problems may arise in this way. Only when we understand the storage method correctly can we play the excellent role of molecular sieve powder. The following will explain specifically what to pay attention to when storing molecular sieve powder and…

How Do Molecular Sieves Remove Water Molecular sieves have a large surface area, generally 600-1000 square meters per gram. It has a strong adsorption capacity for polarized and polarizable molecules. Water is a strongly polarized molecule, and its molecular diameter is smaller than that of a molecular sieve which is easily absorbed by a molecular sieve. Molecular sieves are best for water removal as in the high temperature above 230℃, they can still hold water molecules well. What Is Molecular Sieve? A molecular sieve is a kind of crystalline aluminosilicate with many regular and uniform pores in the crystal structure,…