TLC Plates GF254, Thin Layer Chromatography Plates Glass Backed 0.98" x 2.95" Lab Analysis Silica Gel 80 Pack

These TLC plates feature GF254 silica gel on a durable glass backing, providing sharp, well-defined spots for precise separation of complex mixtures. The 60 Å diameter and F254 fluorescent indicator allow rapid visualization under 254 nm UV light without staining. Ideal for chromatography paper and gel plates applications, they deliver high-resolution separation with minimal diffusion or tailing. Compact 0.98" × 2.95" plates are suitable for routine lab analysis, quantitative TLC scanning, and trace component detection. Chemically inert to most acids and bases, these plates are perfect for environmental analysis, and research labs, combining reliable performance with professional-grade consistency.

• GF254: Classic thin-layer chromatography plates, coated with GF254 silica gel, containing calcined gypsum binder and a fluorescent indicator. Diameter of 60 Å, and fluorescence is observed under 254 nm UV light
• High-resolution separation performance: These silica gel plates provide compact, sharp spots with minimal diffusion and tailing. The high theoretical plate number enables excellent separation of complex mixtures, making them ideal for routine analytical and comparative thin-layer chromatography work
• Fast color development and high sensitivity: Designed for rapid analysis, the silica gel layer allows for spot formation in a short time, enabling the detection of trace components without diffusion. Suitable for thin-layer chromatography scanning and quantitative analysis applications
• Strong solvent resistance: Each chromatography plate features a robust glass backing, ensuring flatness and excellent solvent resistance. The SiO₂·nH₂O layer is chemically inert to most acids and bases (except strong bases and hydrofluoric acid), providing stable and reliable performance
• Wide range of laboratory applications: Dimensions are 0.98" x 2.95" (25 × 75 mm), 8–10 mil thickness (0.2–0.25 mm), suitable for analytical separations, and widely used in product quality control, food testing, environmental analysis, and research laboratories