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208582-1KGChoosing a Molecular Sieve: 1. The preferential adsorption of one molecule over another depends upon pore diameter and mesh size.
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208582-5KGChoosing a Molecular Sieve: 1. The preferential adsorption of one molecule over another depends upon pore diameter and mesh size.
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334286-1KGApplication Molecular sieves, 3 Å is a porous solid that can be used in desiccators and drying tubes to dry gases and absolute solvents. It also changes its color from brown to yellowish at a water uptake of approximately 7-10 g/100 g
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334286-250GApplication Molecular sieves, 3 Å is a porous solid that can be used in desiccators and drying tubes to dry gases and absolute solvents. It also changes its color from brown to yellowish at a water uptake of approximately 7-10 g/100 g
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208590-1KGChoosing a Molecular Sieve: 1. The preferential adsorption of one molecule over another depends upon pore diameter and mesh size.
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208590-500GChoosing a Molecular Sieve: 1. The preferential adsorption of one molecule over another depends upon pore diameter and mesh size.
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208590-5KGChoosing a Molecular Sieve: 1. The preferential adsorption of one molecule over another depends upon pore diameter and mesh size.
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208604-1KGChoosing a Molecular Sieve: 1. The preferential adsorption of one molecule over another depends upon pore diameter and mesh size.
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208604-250GChoosing a Molecular Sieve: 1. The preferential adsorption of one molecule over another depends upon pore diameter and mesh size.
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208604-5KGChoosing a Molecular Sieve: 1. The preferential adsorption of one molecule over another depends upon pore diameter and mesh size.
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334294-1KGChoosing a Molecular Sieve: 1. The preferential adsorption of one molecule over another depends upon pore diameter and mesh size.
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334294-5KGChoosing a Molecular Sieve: 1. The preferential adsorption of one molecule over another depends upon pore diameter and mesh size.