The type A sialic acids potassium salts are 3A molecular sieves. 3A molecular Sieve can be used to adsorb molecular that have a diameter of no more than 3A. About Molecular Sieves 3A 3A molecular sieve is the type A sialic acids potassium salt.…
5A molecularsieve is calcium A-type silicon aluminate. A molecular sieve 5A can absorb molecules with critical diameters not exceeding 5A. All molecular molecules which can be adsorbed using 3A and 4A molecularsieve can be adsorbed via 5A type. Abo…
Molecular Sieve 13X (alkali metal silicon aluminate) is a particular type. Its effective aperture in sodium salt forms is 10 angstrom. However, it can adsorb molecules that are smaller than 10 to 10 angstrom. It is suitable for use as catalyst carrie…
TRPH5 hydrogenmolecular sieve, a form of calcium silicate aluminate material, is used to generate PSA oxygen, PSA hydrogen, and PSA carbon monoxide. About Hydrogen Molecular Sieves TRPH5: Hydrogen Molecular Sieves (TRPH5) is a form of calcium si…
4A molecularsieve is sodium A type silica aluminate. 4A molecular Sieve can absorb molecules of critical diameter less than 4A. About Molecular Sieves 4A 4A molecularsieve is sodium A type silica aluminate. The molecular Sieve can absorb molecul…
Molecular sieves are materials with holes of uniform size (very small holes). These pores are similar in size to small molecules, so large molecules cannot enter or be adsorbed, while smaller molecules can.…
Superalloys or high performance alloys are non-ferrous alloys that exhibit excellent strength and surface stability at high temperatures.…
This white powder of Nano Titanium Dioxide Powder TiO2 is a loose and uniformly-sized particle. It also has large surface areas, good dispersion effects, and uniform particle sizes. Nano Titanium Dioxide Pulparticles TiO2 Nanoparticles TiO2 Nano…
In recent years, many swimming pools have used acrylic panels. Due to its transparency, it looks crystal clear and modern and is highly recognized by the market. So, in addition to this, what are the advantages of acrylic pools? Let's analyze it in d…