TLC Plates
Sorbent Technologies Inc Alumina N TLC Plates, aluminum backed, 200um, 20x20cm, 25/pk
Alumina Neutral (pH 6-8) analytical, aluminum backed TLC plates. The coating thickness is 200um and dimensions are 20x20cm. There are 25 plates per pack. Applications include: terpenes, alkaloids, steroids, aliphatic and aromatic compounds. To ensure sufficient adherence an inert organic binder is added to the aqueous suspension for coating. The aluminum oxide layer has a specific surface of about 200 m2/g (BET) and a pore size of about 60A. To activate the aluminum oxide layer, we recommend heating the TLC plates for 10 minutes at 120C.
Sorbent Technologies Inc Alumina N TLC Plates, glass backed, 250um, 20x20cm, 25/pk
Alumina Neutral (pH 6-8) analytical, glass backed TLC plates. The coating thickness is 250um and dimensions are 20x20cm. There are 25 plates per pack. Applications include: terpenes, alkaloids, steroids, aliphatic and aromatic compounds. To ensure sufficient adherence an inert organic binder is added to the aqueous suspension for coating. The aluminum oxide layer has a specific surface of about 200 m2/g (BET) and a pore size of about 60A. To activate the aluminum oxide layer, we recommend heating the TLC plates for 10 minutes at 120C.
Sorbent Technologies Inc Alumina N TLC Plates, w/UV254, polyester backed, 200um, 2.5x7.5cm, 200/pk
Alumina Neutral (pH 6-8) with UV254, analytical, polyester backed TLC plates. The coating thickness is 200um and dimensions are 2.5x7.5cm. There are 200 plates per pack. Applications include: terpenes, alkaloids, steroids, aliphatic and aromatic compounds. To ensure sufficient adherence an inert organic binder is added to the aqueous suspension for coating. The aluminum oxide layer has a specific surface of about 200 m2/g (BET) and a pore size of about 60A. To activate the aluminum oxide layer, we recommend heating the TLC plates for 10 minutes at 120C.
Sorbent Technologies Inc Cellulose 300 TLC Plates, w/UV254, glass backed, 250um, 20x20cm, 25pk
Cellulose 300 with UV254, glass backed TLC plates. The coating thickness is 250um and dimensions are 20x20cm. There are 25 plates per pack. Applications include: partition chromatography of polar substances such as amino acids, carboxylic acids or carbohydrates. Cellulose is especially used for partition chromatographic separations of polar substances such as amino acids and other carboxylic acids or carbohydrates. Compared to paper chromatography (PC) thin layer chromatography, cellulose offers shorter migration times and more concentrated substance spots resulting in a higher detection sensitivity. TLC plates (CEL 300) are coated with native, fibrous cellulose.
Sorbent Technologies Inc Cellulose 300 TLC Plates, aluminum backed, 100um, 4x8cm, 50pk
Cellulose 300 aluminum backed TLC plates. The coating thickness is 100um and dimensions are 4x8cm. There are 50 plates per pack. Applications include: partition chromatography of polar substances such as amino acids, carboxylic acids or carbohydrates. Cellulose is especially used for partition chromatographic separations of polar substances such as amino acids and other carboxylic acids or carbohydrates. Compared to paper chromatography (PC) thin layer chromatography, cellulose offers shorter migration times and more concentrated substance spots resulting in a higher detection sensitivity. TLC plates (CEL 300) are coated with native, fibrous cellulose.
Sorbent Technologies Inc Silica G TLC Plates, w/UV254, polyester backed, 200um, 5x20cm, 50/pk
"Silica G" is a standard grade, unmodified Silica 60 with a surface area of 500 m2/g, mean pore size of 60A, specific pore volume of 0.75 ml/g, and particle size of 5-17um. The TLC plates contain UV254 fluorescent indicator. This analytical soft layer is bound to a plastic support. It has a thickness of 200um and dimensions of 5x20cm. There are 50 plates per pack.
Sorbent Technologies Inc Alumina N TLC Plates, polyester backed, 200um, 5x20cm, 50/pk
Alumina Neutral (pH 6-8) analytical, polyester backed TLC plates. The coating thickness is 200um and dimensions are 5x20cm. There are 50 plates per pack. Applications include: terpenes, alkaloids, steroids, aliphatic and aromatic compounds. To ensure sufficient adherence an inert organic binder is added to the aqueous suspension for coating. The aluminum oxide layer has a specific surface of about 200 m2/g (BET) and a pore size of about 60A. To activate the aluminum oxide layer, we recommend heating the TLC plates for 10 minutes at 120C.
Sorbent Technologies Inc Alumina N TLC Plates, w/UV254, polyester backed, 200um, 5x20cm, 50/pk
Alumina Neutral (pH 6-8) with UV254, analytical, polyester backed TLC plates. The coating thickness is 200um and dimensions are 5x20cm. There are 50 plates per pack. Applications include: terpenes, alkaloids, steroids, aliphatic and aromatic compounds. To ensure sufficient adherence an inert organic binder is added to the aqueous suspension for coating. The aluminum oxide layer has a specific surface of about 200 m2/g (BET) and a pore size of about 60A. To activate the aluminum oxide layer, we recommend heating the TLC plates for 10 minutes at 120C.
Sorbent Technologies Inc Silica G TLC Plates, polyester backed, 200um, 20x20cm, 25/pk
"Silica G" is a standard grade, unmodified Silica 60 with a surface area of 500 m2/g, mean pore size of 60A, specific pore volume of 0.75 ml/g, and particle size of 5-17um. This analytical soft layer is bound to a plastic support. It has a thickness of 200um and dimensions of 20x20cm. There are 25 plates per pack.
Sorbent Technologies Inc Silica G Prep TLC Plates, glass backed, 20x20cm, 1000um, 15/pk
"Silica G" is a standard grade, unmodified Silica 60 with a surface area of 500 m2/g, mean pore size of 60A, specific pore volume of 0.75 ml/g, and particle size of 5-50um. This preparative soft layer is bound to a glass support. It has a thickness of 1000um and dimensions of 20x20cm. There are 15 plates per pack.
Sorbent Technologies Inc Cellulose 300 TLC Plates, w/UV254, polyester backed, 100um, 20x20cm, 25/pk
Cellulose 300 with UV254, polyester backed TLC plates. The coating thickness is 100um and dimensions are 20x20cm. There are 25 plates per pack. Applications include: partition chromatography of polar substances such as amino acids, carboxylic acids or carbohydrates. Cellulose is especially used for partition chromatographic separations of polar substances such as amino acids and other carboxylic acids or carbohydrates. Compared to paper chromatography (PC) thin layer chromatography, cellulose offers shorter migration times and more concentrated substance spots resulting in a higher detection sensitivity. TLC plates (CEL 300) are coated with native, fibrous cellulose.
Sorbent Technologies Inc Silica XHL TLC Plates, glass backed, 250um, 20x20cm, 25/pk
"Silica XHL" is a standard grade Silica 60 with a surface area of 500 m2/g, mean pore size of 60A, specific pore volume of 0.75 ml/g, and particle size of 5-17um. This analytical extra hard layer is bound to a glass support. It has a thickness of 250um and dimensions of 20x20cm. There are 25 plates per pack. The layer has an outstanding hardness and is abrasion resistant due to an optimized binder system. The plate can be easily labeled with a lead pencil for clear identification. There is an increased separation efficiency due to an optimized particle size distribution.
Sorbent Technologies Inc Silica XHL TLC Plates, w/UV254, glass backed, 250um, 2.5x7.5cm, 100/pk
"Silica XHL" is a standard grade Silica 60 with a surface area of 500 m2/g, mean pore size of 60A, specific pore volume of 0.75 ml/g, and particle size of 5-17um. The TLC plates contain UV254 fluorescent indicator. This analytical extra hard layer is bound to a glass support. It has a thickness of 250um and dimensions of 2.5x7.5cm. There are 100 plates per pack. The layer has an outstanding hardness and is abrasion resistant due to an optimized binder system. The plate can be easily labeled with a lead pencil for clear identification. There is an increased separation efficiency due to an optimized particle size distribution. The UV254 fluorescent indicator has an increased brilliance and a low-noise background which results in a high suitability for trace analyses.