outer tube-set for Dual View (DV) configuration
Outer tube for ICP-OES torches
An ICP-OES outer tube is a critical component of the inductively coupled plasma optical emission spectrometry (ICP-OES) torch assembly, designed to contain and direct the plasma used for elemental analysis.
Agilent torch outer tubes are designed for high-performance use with 5000-series ICP-OES demountable torches, ensuring precise alignment and reliable operation. These quartz torch tubes are available in radial view (RV) and axial view or dual view (VDV/SVDV) configurations to support a wide range of analytical applications.
The organics outer tube set is manufactured from high-purity quartz, offering enhanced resistance to solarization and cracking caused by deep UV radiation from organic samples. This ensures long-lasting durability and consistent performance in demanding environments.
Agilent demountable outer tube are compatible with all semi- and fully demountable 5100/5110 and 5800/5900 ICP-OES torches. Each replaceable torch outer tube is available in RV (for Radial View with no slit) and DV (Dual View, longer tube with slit) formats, making them ideal for both routine and specialized spectroscopic analysis.
Agilent torch outer tubes are designed for high-performance use with 5000-series ICP-OES demountable torches, ensuring precise alignment and reliable operation. These quartz torch tubes are available in radial view (RV) and axial view or dual view (VDV/SVDV) configurations to support a wide range of analytical applications.
The organics outer tube set is manufactured from high-purity quartz, offering enhanced resistance to solarization and cracking caused by deep UV radiation from organic samples. This ensures long-lasting durability and consistent performance in demanding environments.
Agilent demountable outer tube are compatible with all semi- and fully demountable 5100/5110 and 5800/5900 ICP-OES torches. Each replaceable torch outer tube is available in RV (for Radial View with no slit) and DV (Dual View, longer tube with slit) formats, making them ideal for both routine and specialized spectroscopic analysis.