Glass Sheath Gas Device
Maintenance and replacement:
- Inspect Regularly: Routinely inspect the glass sheath gas device for any visible signs of wear, cracks, or residue buildup. Even small imperfections can affect gas flow and compromise the performance of the instrument.
- Check for Contamination: Always inspect the device after cleaning for any remaining deposits, particularly in the gas inlets or outlets, as blockages in these areas can directly affect the gas flow.
- Handle with Care: The glass sheath gas device is a delicate component. Handle it carefully, gripping it only by the body and avoiding pressure on any neck or outlet tubes, as these are especially fragile.
- Avoid Thermal Shock: Glass is susceptible to cracking if exposed to sudden temperature changes.
- Proper Storage: When not in use, store the glass sheath gas device in a protective case or padded container to prevent accidental damage.
- When to Replace: The glass sheath gas device should be replaced if it shows signs of cracks, significant scratches, or if it is damaged in any way that could compromise gas flow. Contamination that cannot be cleaned effectively is also a sign that replacement is necessary.
- Cracks or Damage: Since the device is made of glass, it is susceptible to cracks or chips. Any visible damage can compromise the sheath gas flow, leading to plasma instability or sample contamination.
- Blockage or Contamination: Over time, residue or particles may build up inside the glass sheath gas device, especially if sample material escapes the plasma or if the gas is not sufficiently clean. This can reduce the efficiency of gas flow and affect plasma performance.
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Gas Flow Issues: If the sheath gas flow is uneven or restricted, it could be due to contamination or damage in the glass sheath gas device, leading to reduced performance.
Compatibility:
If you want more information about ICP-OES please visit our website on Inductively Coupled Plasma - Optical Emission Spectroscopy (ICP-OES) - HORIBA
