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<p>Recommended for applications requiring controlled solvent behavior, such as in the analysis of nucleotides, phenols, steroids, sugars, vitamins, xanthines, and reversed phase (RP) and normal phase (NP) separations, these HPTLC plates feature an amino-modified nano-silica layer on an aluminum substrate. With a pore size of 60 Å and a particle size range of 2-10 μm, these plates offer excellent separation efficiency while maintaining high temperature stability. The plates' ability to be evenly wetted by both water and organic solvents makes them versatile for a wide range of analytical needs. Additionally, the presence of a fluorescent indicator allows for enhanced visualization under UV light.</p> <ul> <li><strong>Category:</strong> Diol-modified HPTLC Silica Layers</li> <li><strong>Pore size:</strong> 60 Å</li> <li><strong>Fluorescent indicator:</strong> yes</li> <li><strong>Recommended application(s):</strong> Nucleotides, Pesticides, Phenols, Purine derivatives, Reversed phase (RP) and Normal phase (NP), Steroids, Sugars, Vitamins, Xanthines</li> <li><strong>Material:</strong> aluminium</li> <li><strong>pH stability:</strong> 2,0-8,0</li> <li><strong>Modification:</strong> Silica gel with Amino (NH 2 ) modification</li> <li><strong>Temperature stability:</strong> High</li> <li><strong>Particle size:</strong> 2-10 µm</li> <li><strong>Pore volume:</strong> 0.75 ml/g</li> <li><strong>Plate format:</strong> 20 x 20 cm</li> <li><strong>Separation principle:</strong> Normal phase (NP)</li> <li><strong>Particle type:</strong> Fully porous particles (FPP)</li> <li><strong>Phase:</strong> Nano-SIL NH 2</li> <li><strong>Layer thickness:</strong> 0.15 mm</li> </ul>
Product Detail
<p>Produced to ensure dependable processing results, the Hptlc Plates Nano-Sil NH 2 / UV 254 - Amino-Modified, 10 x 20 cm, belong to the category of Diol-modified HPTLC Silica Layers. These plates feature a glass substrate coated with an amino-modified nano-silica gel layer (60 Å pore size, 0.75 ml/g pore volume). The layer is equipped with fully porous particles (FPP) ranging from 2-10 µm in size and exhibits high temperature stability. This plate's unique aminopropyl modification allows for equal wetting by both water and organic solvents, making it suitable for various applications such as nucleotides, phenols, steroids, sugars, vitamins, xanthines, and reversed phase (RP) and</p> <ul> <li><strong>Category:</strong> Diol-modified HPTLC Silica Layers</li> <li><strong>pH stability:</strong> 2,0-8,0</li> <li><strong>Phase:</strong> Nano-SIL NH 2</li> <li><strong>Fluorescent indicator:</strong> yes</li> <li><strong>Recommended application(s):</strong> Nucleotides, Pesticides, Phenols, Purine derivatives, Reversed phase (RP) and Normal phase (NP), Steroids, Sugars, Vitamins, Xanthines</li> <li><strong>Modification:</strong> Silica gel with Amino (NH 2 ) modification</li> <li><strong>Particle type:</strong> Fully porous particles (FPP)</li> <li><strong>Plate format:</strong> 10 x 20 cm</li> <li><strong>Separation principle:</strong> Normal phase (NP)</li> <li><strong>Application Database (Macherey-Nagel):</strong> TLC</li> <li><strong>Material:</strong> glass</li> <li><strong>Temperature stability:</strong> High</li> <li><strong>Pore size:</strong> 60 Å</li> <li><strong>Pore volume:</strong> 0.75 ml/g</li> <li><strong>Layer thickness:</strong> 0.2 mm</li> <li><strong>Particle size:</strong> 2-10 µm</li> </ul>
Product Detail
<p>Recommended for applications requiring controlled solvent behavior, the Diol-modified HPTLC Silica Layers, specifically the Hptlc Plates Alugram ® Nano-Sil Nh2 / Uv 254, offer an ideal solution. Made of aluminum with amino-modified nano silica gel 60, these plates feature a carbon content of 3.5%, ensuring excellent pH stability ranging from 2 to 8. Their unique structure allows them to be evenly wetted by both pure water and organic solvents, making them suitable for a wide range of applications including nucleotides, pesticides, phenols, purine derivatives, reversed phase (RP) and normal phase (NP), steroids, sugars, vitamins, and xanthines.</p> <ul> <li><strong>Category:</strong> Diol-modified HPTLC Silica Layers</li> <li><strong>Fluorescent indicator:</strong> yes</li> <li><strong>Pore size:</strong> 60 Å</li> <li><strong>Pore volume:</strong> 0.75 ml/g</li> <li><strong>Recommended application(s):</strong> Nucleotides, Pesticides, Phenols, Purine derivatives, Reversed phase (RP) and Normal phase (NP), Steroids, Sugars, Vitamins, Xanthines</li> <li><strong>Temperature stability:</strong> High</li> <li><strong>pH stability:</strong> 2,0-8,0</li> <li><strong>Layer thickness:</strong> 0.15 mm</li> <li><strong>Particle type:</strong> Fully porous particles (FPP)</li> <li><strong>Phase:</strong> Nano-SIL NH 2</li> <li><strong>Material:</strong> aluminium</li> <li><strong>Separation principle:</strong> Normal phase (NP)</li> <li><strong>Modification:</strong> Silica gel with Amino (NH 2 ) modification</li> <li><strong>Particle size:</strong> 2-10 µm</li> <li><strong>Plate format:</strong> 4 x 8 cm</li> </ul>
Product Detail
<p>Crafted to support technical production environments, the Diol-modified HPTLC Silica Layers, specifically the Hptlc Plates Nano-Sil NH 2 - Amino-Modified, offer versatile separation capabilities for various applications such as nucleotides, pesticides, phenols, purine derivatives, steroids, sugars, vitamins, and xanthines. These plates feature a glass substrate coated with an amino-modified nano-silica gel layer of 60 Å pore size and 0.75 ml/g pore volume, ensuring excellent compatibility with both polar and nonpolar solvents over a wide pH range (2.0-8.0). With fully porous particles (FPP) ranging from 2-10 µm in size and a layer thickness of 0.2 mm, these plates provide high temperature stability and exceptional performance for</p> <ul> <li><strong>Category:</strong> Diol-modified HPTLC Silica Layers</li> <li><strong>Temperature stability:</strong> High</li> <li><strong>Separation principle:</strong> Normal phase (NP)</li> <li><strong>Phase:</strong> Nano-SIL NH 2</li> <li><strong>pH stability:</strong> 2,0-8,0</li> <li><strong>Pore size:</strong> 60 Å</li> <li><strong>Modification:</strong> Silica gel with Amino (NH 2 ) modification</li> <li><strong>Particle type:</strong> Fully porous particles (FPP)</li> <li><strong>Material:</strong> glass</li> <li><strong>Fluorescent indicator:</strong> no</li> <li><strong>Pore volume:</strong> 0.75 ml/g</li> <li><strong>Recommended application(s):</strong> Nucleotides, Pesticides, Phenols, Purine derivatives, Reversed phase (RP) and Normal phase (NP), Steroids, Sugars, Vitamins, Xanthines</li> <li><strong>Layer thickness:</strong> 0.2 mm</li> <li><strong>Plate format:</strong> 10 x 10 cm</li> <li><strong>Particle size:</strong> 2-10 µm</li> </ul>
Product Detail
<p>Manufactured to meet research and production requirements, this HPTLC Plate features a diol-modified HPTLC Silica Layer with a nano-silica gel phase and an amino (NH 2 ) modification. Measuring 10 x 10 cm in size, it is constructed on a glass substrate with a layer thickness of 0.2 mm and a pore size of 60 Å. This plate offers excellent compatibility with both polar and nonpolar solvents, ensuring versatile applications such as separating nucleotides, pesticides, phenols, purine derivatives, steroids, sugars, vitamins, xanthines, and more. Its high temperature stability, combined with its built-in fluorescence indicator, makes it ideal for various analytical purposes.</p> <ul> <li><strong>Category:</strong> Diol-modified HPTLC Silica Layers</li> <li><strong>Plate format:</strong> 10 x 10 cm</li> <li><strong>Pore size:</strong> 60 Å</li> <li><strong>Recommended application(s):</strong> Nucleotides, Pesticides, Phenols, Purine derivatives, Reversed phase (RP) and Normal phase (NP), Steroids, Sugars, Vitamins, Xanthines</li> <li><strong>Material:</strong> glass</li> <li><strong>pH stability:</strong> 2,0-8,0</li> <li><strong>Particle size:</strong> 2-10 µm</li> <li><strong>Particle type:</strong> Fully porous particles (FPP)</li> <li><strong>Layer thickness:</strong> 0.2 mm</li> <li><strong>Phase:</strong> Nano-SIL NH 2</li> <li><strong>Temperature stability:</strong> High</li> <li><strong>Fluorescent indicator:</strong> yes</li> <li><strong>Pore volume:</strong> 0.75 ml/g</li> <li><strong>Modification:</strong> Silica gel with Amino (NH 2 ) modification</li> <li><strong>Separation principle:</strong> Normal phase (NP)</li> </ul>
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© 2023 Copyright. All Rights Reserved. Unit 19, Euroway House, Roydsdale Way, Bradford, BD4 6SE, UK
