Key Features

• Manufactured from premium Borosilicate Glass 3.3 for superior chemical resistance and thermal stability.
• Ensures uniform solvent vapour saturation for accurate and reproducible TLC results.
• Smooth, stress-free construction minimises streaking and solvent disturbances.
• Airtight lid design (depending on model) to prevent solvent evaporation and maintain consistent developing conditions.
• Excellent visibility for monitoring solvent level and plate positioning.
• Available in both rectangular and cylindrical models to suit diverse laboratory workflows.
• Resistant to acids, alkalis, organic solvents, and routine lab reagents.
• Robust and durable design ideal for routine analytical and research work.

Material Specifications

• Material: Borosilicate Glass 3.3
• Thermal Properties: High thermal shock resistance, Low thermal expansion coefficient (~3.3 × 10⁻⁶ /K)
• Chemical Resistance: Highly resistant to most acids, solvents, and chemicals. Non-reactive surface for high-purity analytical applications
• Mechanical Strength: Stress-free, annealed construction for durability in repeated daily use
• Standards Compliance: Manufactured in accordance with ISO 3585 (Borosilicate Glass 3.3 standard). Follows international laboratory glassware norms (ISO / DIN equivalents)

Technical Specifications

• Available Variants: Rectangular TLC Developing Chambers, Cylindrical TLC Developing Chambers

Typical Specifications:

• Wall Thickness: Uniform, optimised for mechanical stability
• Lid Type: Ground glass or flat glass lid (depending on model)
• Tolerance: Within standard lab glassware dimensional tolerance
• Calibration: Not applicable (non-volumetric instrument)
• Accessories (optional): Glass rods, TLC plate holders, Chamber liners

Handling & Precautions

• Handle with care to avoid sudden impacts or thermal shocks.
• Clean using mild laboratory detergents; avoid abrasive materials that may scratch the glass.
• Compatible with acetone, ethanol, and most solvent cleaning agents.
• Do not expose to open flame or extreme direct heat; maximum recommended heating: up to 200°C (dry heat).
• Allow gradual heating and cooling to maintain glass integrity.
• Ensure the chamber is completely dry before adding solvent to avoid contamination.
• Store in a well-padded, dust-free location when not in use.

Applications

• Pharmaceutical QC & QA: Impurity profiling, identity testing, purity checks.
• Chemical & Analytical Laboratories: Separation of organic and inorganic compounds.
• Biotechnology & Life Sciences: Monitoring biomolecules, pigments, amino acids, and metabolites.
• Academic & Research Institutions: TLC training, method development, and routine chromatographic studies.
• Industrial Quality Testing: Dyes, polymers, oils, adhesives, and fine chemicals.
• Essential for any workflow involving Thin Layer Chromatography (TLC) or solvent development.