Miles Scientific Inc. products

Aluminum oxide plates are used to analyze basic and neutral compounds at different pH levels. Depending on the pH range in question, professionals can choose between two kinds of aluminum oxide plates. Under aqueous conditions, basic aluminum oxide plates are best for separating basic compounds, while neutral plates are ideal for separating neutral compounds.

Miles Scientific flexible-backed TLC sheet offer the same exacting specifications as with the classic glass-backed TLC plates assuring batch-to-batch uniformity. Quality is controlled at each step in the manufacturing process — from incoming raw materials to outgoing packaging.

Analtech’s flexible backed TLC plates offer the same exacting specifications as with the classic glass backed plates assuring batch-to-batch uniformity. Quality is controlled at each step in the manufacturing process — from incoming raw materials to outgoing packaging.

Analtech’s flexible backed TLC plates offer the same exacting specifications as with the classic glass backed plates assuring batch-to-batch uniformity. Quality is controlled at each step in the manufacturing process - from incoming raw materials to outgoing packaging.

Analtech’s flexible backed TLC plates offer the same exacting specifications as with the classic glass backed plates assuring batch-to-batch uniformity. Quality is controlled at each step in the manufacturing process — from incoming raw materials to outgoing packaging.

Analtech’s flexible backed TLC plates offer the same exacting specifications as with the classic glass backed plates assuring batch-to-batch uniformity. Quality is controlled at each step in the manufacturing process — from incoming raw materials to outgoing packaging.

The UNIPLATE-T Taper Plate, invented and patented by Miles Scientific (previously Analtech), is a unique preparative TLC plate that provides unusually high resolution for a preparative layer. It has a wedge-shaped adsorbent layer, progressing from 300 microns (bottom) to 1700 microns (top.) Below the silica layer is a 700-micron-thick preadsorbent zone provided for easier sample application and higher sample resolution. Sample concentration prior to separation occurs in this preadsorbent zone. The tapered adsorbent layer causes low Rf bands to separate further than on a preparative plate of constant thickness. A more uniform developing solvent flow pattern reduces vertical band spreading. All of these factors combine to produce extraordinary resolution in preparative separations on the UNIPLATE-T Taper Plate.

The UNIPLATE-T Taper Plate, invented and patented by Miles Scientific (previously Analtech), is a unique preparative TLC plate that provides unusually high resolution for a preparative layer. It has a wedge-shaped adsorbent layer, progressing from 300 microns (bottom) to 1700 microns (top.) Below the silica layer is a 700-micron-thick preadsorbent zone provided for easier sample application and higher sample resolution. Sample concentration prior to separation occurs in this preadsorbent zone. The tapered adsorbent layer causes low Rf bands to separate further than on a preparative plate of constant thickness. A more uniform developing solvent flow pattern reduces vertical band spreading. All of these factors combine to produce extraordinary resolution in preparative separations on the UNIPLATE-T Taper Plate.

The UNIPLATE-T Taper Plate, invented and patented by Miles Scientific (previously Analtech), is a unique preparative TLC plate that provides unusually high resolution for a preparative layer. It has a wedge-shaped adsorbent layer, progressing from 300 microns (bottom) to 1700 microns (top.) Below the silica layer is a 700-micron-thick preadsorbent zone provided for easier sample application and higher sample resolution. Sample concentration prior to separation occurs in this preadsorbent zone. The tapered adsorbent layer causes low Rf bands to separate further than on a preparative plate of constant thickness. A more uniform developing solvent flow pattern reduces vertical band spreading.