Thin Layer Chromatography Apparatus

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Thin Layer Chromatography Apparatus Specification

Feature
Uniform solvent saturation, airtight seal to prevent solvent loss

Model No
TLC-STD-2024

Automation Grade
Manual

Capacity
Simultaneous development of up to 10 TLC plates (20 x 20 cm)

Measurement Range
Sample spots up to 20 x 20 cm

Core Components
Glass Chamber, Lid, Support Racks, Spotting Templates

Temperature Range
Ambient to 60C (with optional heating tray)

Power Source
N/A (Manual Equipment)

Accuracy
Highly reproducible separation (User dependent)

Equipment Materials
Borosilicate Glass, Polypropylene Lid, Silicone Gasket

Type
Glass Chamber with Lid (Rectangular)

Usage
Qualitative and quantitative separation, identification of compounds

Display Type
N/A (Manual Operation)

Dimension (L*W*H)
22 x 22 x 8 cm

Weight
Approximately 3.5 kg

About Thin Layer Chromatography Apparatus

^{Spreader (Applicatior) Brass}
^{Perpex base (114x23cm) to support glass plates}
^{Plate rack Aluminium, for ten 20x20 cm or 20x10 CMS Plates}
^{Devloping tank with lid}
^{Spotting template made of perpex}
^{T.L.C PLATES set of five 20x20 cm & two 20x5 cm}
^{Glass Sprayer with rubber bellow cap 100 ml}
^{Micro -Pipette}
^{Scriber for making lines made of S.S}

Effortless and Reproducible TLC Development

The rectangular chamber, crafted from robust borosilicate glass and equipped with rounded corners, delivers uniform solvent saturation. The etched level mark aids accurate solvent fill, while the silicone gasket provides an airtight seal, preventing solvent evaporation and ensuring sharp, consistent results across multiple plates.

Flexible Sample Handling and Accessories

Accommodate up to 10 TLC plates (20 x 20 cm) or 20 sample spots in each run. Included support racks, spotting templates, and chamber lid simplify setup and process management. Optional heating trays and UV viewing windows extend the apparatuss utility for advanced techniques and visualization needs.

Hassle-Free Cleaning and Reliable Construction

Made with corrosion-resistant borosilicate glass and polypropylene lid, this apparatus is easy to clean and built for longevity. Its simple manual design and durable core components make it a trusted tool for laboratories seeking precision and reproducibility in compound analysis.

FAQs of Thin Layer Chromatography Apparatus:

Q: How does the rounded interior corner design affect solvent migration in the TLC chamber?

A: The rounded interior corners of the chamber promote uniform solvent migration by preventing solvent stagnation and turbulence at the edges, which helps ensure even development and consistent separation of sample spots.

Q: What types and sizes of TLC plates are compatible with this apparatus?

A: This model supports TLC plates or sheets made of plastic, glass, or aluminum with dimensions up to 20 x 20 cm. It is compatible with most commercial TLC media used for routine and research analysis.

Q: When should the silicone gasket be replaced in the chambers sealing mechanism?

A: Replace the silicone gasket when you observe any signs of wear, deformation, reduced sealing, or if solvent vapor begins to escape during operation. Regular inspections help maintain airtight closure and prevent solvent loss.

Q: Where is the solvent level indicated within the chamber?

A: The solvent level is marked with a visible, etched indicator on the interior wall of the chamber. This makes it easy to fill the chamber with the precise volume required for each run, reducing errors and maximizing reproducibility.

Q: What is the cleaning process for the TLC chamber and accessories?

A: To clean, remove all accessories and rinse the chamber with suitable solvents or mild detergent. The borosilicate glass and polypropylene lid withstand standard laboratory cleaning agents, facilitating quick, thorough cleaning and minimizing risk of corrosion.

Q: How does using support racks and spotting templates benefit my TLC workflow?

A: Support racks securely hold TLC plates during development, preventing accidental shifts, while spotting templates help apply sample spots uniformly. Together, these accessories improve workflow efficiency and enhance the accuracy of results.

Q: What are the main advantages of choosing a manual TLC apparatus like the TLC-STD-2024 for laboratory separations?

A: Manual operation offers high reproducibility when user technique is precise, flexibility for a range of separations, and requires no power source. The apparatuss design facilitates accurate results, easy cleaning, and adaptability for both qualitative and quantitative work.

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