PRODUCTS
TLC Chambers
TLC chambers for reliable thin-layer chromatography development
TLC chambers are essential laboratory accessories for thin-layer chromatography (TLC), providing a controlled environment for solvent saturation and reproducible plate development. A properly designed chamber helps achieve consistent migration distances and reliable chromatographic separations.
Fungilab manufactures high-quality TLC chambers in several formats to accommodate different plate sizes and analytical workflows. Designed for laboratory, research and quality control applications, they offer excellent sealing, chemical resistance and long service life.
Whether performing routine qualitative analysis or quantitative chromatography, Fungilab TLC chambers help laboratories obtain repeatable and accurate results. :contentReference[oaicite:0]{index=0}
Our accessories
Enhance the capabilities of your Fungilab viscometer with accessories designed for more accurate, versatile and efficient viscosity measurements.
Small Sample Adapter (APM)
- Casson viscosity of chocolate
- Thick film ink
- Shampoo
- Paint
- Printing Ink Varnish
LABORATORY DIVISION
Dynamic viscosity
Viscosity is part of the science of Rheology which quantifies the resistance materials give to changing shape.
Proper interpretation of viscosity data can reduce the rate of rejects while keeping production and formulation development costs to a minimum. Consistent product quality is ensured through proper viscosity measurements, either alone or in conjunction with compatible tests.
Dynamic viscosity testing can help with:
- Material characterization or “finger-printing”
- Standard testing methods to check for differences between batches
- Indirect way of measuring quality
- Product formulation
- Quality control
- Process control
- Design, optimization and operation of process equipment
Material characterization or “finger-printing”
Standard testing methods to check for differences between batches
Indirect way of measuring quality
Product formulation
Quality control
Process control
Design, optimization and operation of process equipment
Viscosity types
Dynamic viscosity
Centipoise (mPa*s)
Kinematic viscosity
Centistokes (mm2/sec)
Apparent viscosity
Centipoise (mPa*s)
Newton’s Law
According to Newton’s law, the viscosity of a fluid is constant. As shear rate changes, shear stress changes in proportion such that viscosity is constant. Common fluids that exhibit such behavior are:
Unfortunately for us, not all fluids follow Newton’s law. In fact, most fluids do not. For this reason, fluids are classified into two categories:
Rotational Viscometer
The viscosity is calculated from the measured torque and rotational speed, as well as the dimensions of the measuring geometry.
A fluid’s resistance to flow is measured by the torque it exerts on the rotating shaft of the viscometer.
Absolute viscosity: the measuring geometry fulfills certain requirements (which is the case of coaxial spindles).
Relative viscosity: the dimensions of the measuring geometry are not well defined.
Advantage
Flexibility in:
- Viscosity Range
- Temperature range
- Shear rate range
Application
For Newtonian and non-Newtonian substances and temperatures different from room temperature.
Professional TLC chambers for chromatography laboratories
TLC chambers, also known as developing chambers or separation chambers, are used during thin-layer chromatography to create a saturated solvent atmosphere that promotes uniform mobile phase migration across the TLC plate. Proper chamber design is essential for obtaining reproducible Rf values and consistent analytical performance.
Types of TLC chambers
Fungilab offers several chamber configurations to suit different laboratory requirements:
- Normaplak chambers for standard 200 × 200 mm TLC plates.
- Multiplak chambers capable of accommodating multiple plates simultaneously for higher laboratory throughput.
- Miniplak chambers designed for compact 100 × 100 mm TLC plates.
Each chamber is manufactured from tempered glass with precision-ground surfaces to provide an excellent seal and stable chromatographic conditions. :contentReference[oaicite:1]{index=1}
Applications of TLC chambers
- Pharmaceutical quality control.
- Chemical laboratories.
- Food analysis.
- Cosmetic product development.
- Academic and research laboratories.
- Method development and validation.
Why chamber quality matters
A properly sealed TLC chamber minimises solvent evaporation and allows the atmosphere inside the chamber to become saturated before plate development. This improves separation reproducibility, reduces experimental variability and produces more reliable chromatographic results.
Benefits of Fungilab TLC chambers
- High-quality tempered glass construction.
- Excellent chemical resistance.
- Reliable solvent saturation.
- Precision-ground lids for improved sealing.
- Available for different TLC plate formats.
- Suitable for routine laboratory and research applications.
Fungilab manufactures a broad range of laboratory equipment in addition to viscosity measurement instruments, including TLC chambers developed for professional chromatography laboratories. :contentReference[oaicite:2]{index=2}
Frequently asked questions about TLC Chambers
What are TLC chambers?
TLC chambers are laboratory vessels used during thin-layer chromatography to develop chromatographic plates under controlled solvent saturation conditions.
Why is solvent saturation important?
A saturated atmosphere improves solvent migration, resulting in more consistent separations and reproducible chromatographic results.
Which TLC plate sizes are supported?
Fungilab offers chambers for both 100 × 100 mm and 200 × 200 mm TLC plates, as well as multi-plate configurations.
What materials are Fungilab TLC chambers made from?
They are manufactured from high-quality tempered glass with precision-ground surfaces that ensure an effective seal during chromatography.
Which laboratories use TLC chambers?
They are widely used in pharmaceutical, chemical, food, cosmetic and research laboratories for qualitative and quantitative chromatographic analysis.
Can multiple TLC plates be developed simultaneously?
Yes. Fungilab Multiplak chambers are specifically designed to accommodate multiple TLC plates within a single chamber.
How do TLC chambers improve reproducibility?
By providing stable solvent saturation and controlled development conditions, TLC chambers reduce experimental variability and improve repeatability.
Why choose Fungilab TLC chambers?
Fungilab TLC chambers combine precision manufacturing, durable tempered glass construction and reliable chromatographic performance for demanding laboratory applications.
