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Fluorine removal methods
1. Fluorine removal methods are as follows: 1) fluorine containing water passes through the adsorption column and fluorine is adsorbed on the surface of the adsorbent to generate insoluble fluoride.The adsorbents are activated alumina, tricalcium phosphate or bone charcoal.It is the oldest method...Read more -
Activated alumina desiccant production process
The main raw material of activated alumina desiccant is industrial grade aluminum hydroxide powder, which is a kind of basic oxide with 3-5% water content, and the burning reduction of alumina hydroxide at 900-1100℃ is 34.5%. The production process of activated alumina desiccant is as follows: A...Read more -
Molecular sieve 3A,4A,5A,13X
3A Use: Use in various liquid dry, for example, ethanol, air, refrigerant, natural gas, methane gas, unsaturated hydrocarbon and cracking gas, ethylene, propylene, butadiene and so on. Performance: 3A molecular sieve named Potassium A (3A) molecular sieve, the bore diameter is 3A, Mainly used for...Read more -
HIGH WHITENESS ALUMIUM HYDROXIDE FILLER FOR ARTIFICIAL MARBLE
Aluminum hydroxide has a good whiteness, moderate refractive index, easy to process, with good flame retardant, smoke suppression and other characteristics, so that aluminum hydroxide as artificial stone is a very good filler. Artificial stone products made of aluminum hydroxide raw materials ha...Read more -
Catalyst support
Catalyst carrier is a special part of solid catalyst, dispersant, binder, negative carrier of active component of catalyst, and sometimes ACTS as co-catalyst or co-catalyst.Catalyst carrier, also known as support, is one of the components of supported catalyst.Generally, it is a porous material w...Read more -
Activated alumina as desiccant in Air Dryer Power Generation
Activated alumina for air dryers is used when pressure drop and surface area requirements fall between 1/8″ and 1/4″ material. It is suitable for most systems. Activated alumina is a porous form of aluminum oxide. It has a high surface area which adsorbs vapors without any change in f...Read more -
How Desiccants Are Involved in Sulfur Removal?
Literally, in nature some naturally occurring sulfur and sulfur compound smells include skunk spray and rotting eggs. Sulfur’s reputation as a horrible smelling element has led the natural gas industry to calling any natural gas with sulfur in it, sour gas. In addition to its horrible smell sul...Read more -
How does Activated Alumina work in removing fluoride from water
Water fluoridation is a double edged sword. In the U.S. fluoride has been added to most water streams in order to help prevent tooth decay. (I should mention fluoride naturally occurs in a lot of drinking water sources throughout the world). However fluoride can be damaging to bones at higher ...Read more -
Activated alumina and molecular sieve
Activated alumina and molecular sieve, they look similar (they both come in a small spherical beaded shape), they perform the same process (they adsorb material at a molecular level), and they both have regenerative properties (you can re-use the material once the desiccant has reached capacity)...Read more -
Activated alumina application
Activated alumina, also called aluminum oxide, is used as desiccant, activated alumina drier, adsorbent, catalyst carrier, de-fluorination, etc. Activated alumina has high porous structure, high surface area-to-mass ratio, high pole-molecular absorbent property, high selectivity, high absorbent r...Read more -
Poly Aluminium Chloride MSDS
Section 1 – Chemical Product and Company Identification PRODUCT IDENTIFICATION: Product Name: Poly Aluminium Chloride Chemical Name: Poly aluminium Chloride OTHER NAMES: PAC Solid, PAC, Aluminium chlorohydrate, Aluminium chlorhydroxide, Basic Aluminium chloride, Aluminium hydroxychloride, P...Read more -
Aluminum hydroxide MSDS
Aluminum Hydroxide MSDS 1. Product Identification Chemical name: Aluminum hydroxide CAS No.: 21645-51-2 Molecular Weight: 78.00 Chemical Formula: Al(OH)3 2. Composition/Information on Ingredients Ingredient Al(OH)3≥ Na2O ≤ SiO2≤ Fe2O3≤） harm (%) 98-100 0.4 0.02 0.01 ...Read more
