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Molecular sieves, synthetic forms of Zeolite packing, have been used since the 1950s for separating light gases (oxygen, nitrogen, methane, and carbon monoxide) and inert gases (helium, argon, neon, krypton, and xenon), yet there have been few changes or improvements in their basic composition or performance. Restek has designed the two most common
ype 5A molecular sieves should be used to dry dehydration solvents for electron microscopy. Most common solvents (acetone, ethanol, and methanol, etc.) need to be anhydrous for electron microscopy embedding work using epoxy resins, yet they have a tendency to pick up atmospheric water when bottles are opened.
Type 3A molecular sieves should be used to dry dehydration solvents for electron microscopy. Most common solvents (acetone, ethanol, and methanol, etc.) need to be anhydrous for electron microscopy embedding work using epoxy resins, yet they have a tendency to pick up atmospheric water when bottles are opened. Molecular sieves are used to dehydrate
Concentrated aqueous formulations, such as a suspension concentrate (SC), have been used to deliver agrochemicals to targeted sites for many years. However, a typical SC may contain a significant amount of non-essential ingredients for plant growth in order to maintain the stability of SC formulations.
Molecular sieves are used commercially to purify gas streams and as desiccants to remove water or reduce humidity. This article focuses chiefly on what you need to know when buying a desiccant dryer, although the basic principles may apply to other applications as well.
Single component, cementitious, high strength , shrinkage compensated, fibre reinforced, thixotropic mortar. Suitable for concrete repairs with layer thicknesses 10-40 mm
Molecular sieves are desiccants with very specific properties. They are synthetically produced alumina silicates. Zeolites will differentiated because of their crystal lattice structure, since this gave them different sized of pores.
Attapulgite is a naturally mined clay. It is a needle-like clay mineral composed of magnesium-aluminum silicate. Major deposits occur naturally in Georgia, USA. Attapulgite and sepiolite have similar structures and both can be used in salt-water mud to provide low-shear rate viscosity for lifting cuttings out of the annulus
Type 3A molecular sieves should be used to dry dehydration solvents for electron microscopy. Most common solvents (acetone, ethanol, and methanol, etc.) need to be anhydrous for electron microscopy embedding work using epoxy resins, yet they have a tendency to pick up atmospheric water when bottles are opened.
Attapulgite clay, thickeners and rheology modifiers, and land reclamation at a Mingguang mining site
The clay mineral Attapulgite derives its non-swelling needle-like morphology from its three-dimensional crystal structure. The shape and size of the needles result in unique colloidal properties, especially resistance to high concentrations of electrolytes, and give high surface area, high porosity particles when thermally activated.
Attapulgite is a hydrous magnesium aluminosilicate that is used as a thixotropic thickener, anti-settling agent, syneresis control, rheology modifier and binder in a wide variety of industrial and consumer applications. Attapulgite are electrically charged rod-shaped particles that form a lattice structure that trap and suspend liquids
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Oxygen Sieve Ltihum
Molecular Sieve 3A
Molecular Sieve 4A
Molecular Sieve 5A
Molecular Sieve 13X
Hydrogen Purification 5A
Oxygen Sieve Sodium
Oxygen Sieve 13XHP
XH-Refrigerant Desiccant
Auto Brake Dessicant
Anti Sagging Agent
Molecular Sieve Binder
Anti Settling Agent
Inorganic Gel thickener
Bleach Earth
Suspension Agent
Magnesium Aluminum Silicate
Suspension Thixotropic Agent
Thickener
Thixotropic Agent
ZSM5 Moleuclar Sieve
CaX Moleuclar Sieve
USY Moleuclar Sieve
CaY Moleuclar Sieve
VOC Adsorbent
NaY Moleuclar Sieve
AgX Moleuclar Sieve
Activated Alumina
LiLSX Moleuclar Sieve
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