Precision One - Inch Metal Stem Metered Valve for Laboratory Applications
Product Description:
The one - inch metal stem metered valve is an indispensable tool in laboratory environments. It combines the strength of a metal stem with the accuracy of metered flow. This valve is designed to handle a wide range of laboratory fluids, including reagents, samples, and solvents. The metal stem provides stability during operation, ensuring precise control. The one - inch specification makes it suitable for connecting to standard laboratory equipment. The metered aspect allows for exact dosing of liquids, which is crucial for experiments. It is made from high - quality materials that are resistant to chemical reactions, preventing contamination of the fluids. The valve's design also enables easy adjustment and calibration, facilitating accurate research work.
Bullet points:
- Stable metal stem for precision.
- One - inch for lab equipment connection.
- Precise metering for liquid dosing.
- Chemical - resistant materials.
- Easy adjustment for experiments.
Specific application scenario:
- In a chemistry laboratory, the one - inch metal stem metered valve is used to dispense precise amounts of reagents during titration experiments. This ensures accurate results by controlling the volume of chemicals added.
Specifications:
| Component | Part Description | | Mounting cup | tinplate mounting cup and aluminum mounting cup | | Dosage | 25ul , 35ul , 50ul , 75ul , 100ul , 120ul , 150ul | | Stem | plastic stem or metal stem | | Dip tube | according to the length | |
FAQ: - Question: Can the valve be autoclaved?
- Answer: It depends on the specific metal and its heat tolerance.
- Question: How small of a volume can it measure?
- Answer: It can measure very small volumes with high accuracy.
- Question: Is the valve suitable for biological samples?
- Answer: Yes, as long as the metal is biocompatible with the samples.
- Question: How do you calibrate the valve?
- Answer: There are specific calibration procedures provided.
- Question: Can it handle viscous laboratory fluids?
- Answer: Yes, within its design limitations.
