Sophisticated Industrial Materials Analytic Lab Pvt. Ltd.

Hamilton Company manufactures a vast range of syringes for partial-loop and full-loop fill injections for HPLC. Syringes for a complete range of GC applications are available, including: capillary and packed column methods, on-column and split/splitless injection techniques, and headspace sampling.

Additional Information:

• Production Capacity: 100
• Delivery Time: One week

Here are some of the different types of glass instruments used in laboratories:

• Bulb and graduated pipettes. These are used to transport specific amounts of fluids from one place to another.
• Burettes. These are used to dispense exact quantities of liquid into another vessel.
• Beakers. Simple containers used to hold samples and reagents.
• Volumetric flasks. Similar to beakers, these are used to hold samples, but usually come in a conical or spherical shape with a tapering neck.
• Condensers. Specifically used to cool heated liquid or gas.
• Retorts. These are used for distillation purposes.
• Funnels. The tapered neck of a funnel allows easy pouring of a liquid into a narrow orifice.
• Petri dishes. Shallow dishes used to culture living cells.
• Graduated Cylinders. Similar to beakers, these cylindrical vessels have volumetric markings to allow for monitoring of volume.
• Vials. Small bottles used to store samples or reagents.
• Slides. Used to hold items under a microscope for inspection and study.
• Stirring Rods. Used to mix solvents and samples together.
• Desiccators. A container designed to absorb moisture from a substance.
• Drying pistols. Similar to a desiccator, the pistol is a more direct method of removing moisture from a sample.

The mobile phase is an aqueous buffer. Ion exchange HPLC columns can be used to separate many types of analytes and are commonly used for separations of carbohydrates, amino acids, and proteins.

Additional Information:

• Production Capacity: 100
• Delivery Time: 2 Weeks

Septa is a circular gasket made of Silicone or silica gel. In HPLC analysis, Septa is usually placed in the Cap of the HPLC Vial to seal the HPLC Vial to ensure that there is no gap between the Cap and the Vial.