Reusable Plastic Volumetric Flasks - Application: Chemical Laboratory

I Deal In : New Only
Type : Flat Bottom
Shape : Conical
Heat Resistant : No
Is It Reusable : Yes
Heat Capacity : NO
Temperature Resistance : Yes
Country of Origin : Made in India

Advantages of PFA Volumetric Flasks:
1. Superior Chemical Stability and Corrosion Resistance: Made from high-purity imported experimental-grade PFA material, these flasks exhibit outstanding resistance to a wide range of chemical reagents, including strong acids, bases, aqua regia, and various organic solvents. This ensures the integrity of the flask and prevents contamination of samples.
2. High Temperature Tolerance: Capable of withstanding temperatures ranging from -200A C to +260A C, the PFA volumetric flasks are suitable for various high-temperature experiments and industrial applications. However, it is recommended not to use them directly as heating vessels to protect the calibrated markings.
3. Excellent Transparency and Easy Observation: The flasks feature a highly transparent body, allowing for clear visibility of the liquid inside. This facilitates accurate monitoring of experimental progress and facilitates precise volume measurements.
4. Precision Calibration and Accuracy: Each flask is calibrated with laser-etched markings and verified using a precision electronic balance to ensure A-grade accuracy, complying with DIN EN ISO 1042 standards. This ensures reliable and repeatable results across various experiments.
5. Smooth Surface and Easy Cleaning: The smooth interior and exterior surfaces of the flasks prevent sample adhesion and make cleaning a breeze. This facilitates reusability and ensures hygiene between experiments.
6. Tight Sealing and Leak-Proof Design: Equipped with screw caps and thread seals, the flasks prevent sample contamination and leakage, ensuring the integrity of the stored solutions.
7. Low Background and Low Leaching: The PFA material exhibits low background and leaching characteristics, making it ideal for trace analysis experiments such as ICP-MS and ICP-OES, where even minute impurities can affect results.