Characteristic
*High precision loadcell.
*Aluminum alloy die cast base and mains.
*Stainless steel pan.
*LED display.
*Full capacity subtraction.
*Multi weighing unit conversation g/ct/oz.
*Stabilization time 1.5 seconds.
*Overload protection.
*Below balance weighing facility.
*Checking weighing, piece counting function.
*Pan size: 170*170mm.
Specification

*The following content is generated by AI and is for reference only.
The product identifier "TD 0.1g[Square Pan]" does not correspond to a specific chemical compound with a molecular formula or CAS number. Instead, this designation typically refers to a standardized sample preparation format used in analytical chemistry, specifically for Thin Layer Chromatography (TLC) or similar separation techniques. In this context, "TD" often denotes a specific grade of silica gel or a pre-coated plate series from a manufacturer, while "0.1g" indicates the precise amount of adsorbent material applied per unit area or the total mass of the stationary phase available on the substrate. The term "[Square Pan]" describes the physical geometry of the container or the backing sheet, which is designed to hold the coating uniformly during the manufacturing process or to serve as a disposable vessel for small-scale reactions and separations.
Because this item is a laboratory consumable rather than a pure chemical substance, it lacks a unique CAS registry number. Its composition generally involves high-purity silica gel, sometimes mixed with fluorescent indicators like F254 for visualization under UV light, bound to a glass, aluminum, or plastic support. These square pans are widely utilized in pharmaceutical research, forensic analysis, and quality control laboratories. Their primary application involves the rapid qualitative analysis of mixtures to determine purity, identify components based on retention factor (Rf) values, or monitor the progress of chemical reactions. The standardized dimensions ensure reproducibility across different experiments, allowing researchers to compare results against known standards accurately. Furthermore, the 0.1g specification ensures that the layer thickness is optimized for efficient separation without excessive solvent consumption. This format facilitates high-throughput screening where multiple samples can be run simultaneously on adjacent plates. The square shape offers versatility in cutting or dividing the surface for specialized testing protocols. Overall, this product serves as an essential tool for chemists requiring reliable, cost-effective, and consistent separation media for routine analytical tasks in both academic and industrial settings.