Description
Spray Chamber Tracey TFE with Helix CT 20-809-2507
P/N: 20-809-2507
Cross Reference(s)
Agilent: G8000-70008
Glass Expansion: 20-809-2507
PerkinElmer: N0777497
Instrument Compatibility:
Perkin-Elmer
Detail:
PTFE, Tracey TFE Spray Chamber with Helix CT, 50ml cyclonic
- Includes UniFit Connectors (1 each)
- Includes Helix CT locking screw with seal (1 unit)
The Tracey TFE spray chamber replaces the old polypropylene HF-resistant spray chamber. It is made from PTFE (Teflon) which is more chemically resistant than polypropylene. Tracey TFE spray chambers are specially treated to ensure efficient drainage and offer better sensitivity and precision than the old polypropylene spray chambers.
- Made from totally inert PTFE – impervious to organic solvents and strong acids, even HF
- Established Tracey cyclonic design ensures excellent sensitivity and precision
- Fast washout enables highest possible sample throughput
Incorporates Helix nebulizer interface – no dead volume, smooth lock and release mechanism, no o’rings to replace - Volume 50 mL
Spray Chamber Tracey TFE with Helix CT 20-809-2507
Cyclonic Spray Chamber: Precision in ICP Analysis
A cyclonic spray chamber is a key component in Inductively Coupled Plasma (ICP) systems, known for its excellence in sample introduction. It employs a cyclonic action to separate larger droplets from the aerosol, directing them to waste, while finer droplets are delivered to the plasma.
This action ensures more sensitivity and consistency in ICP measurements. Precision Glassblowing’s cyclonic chambers, including their advanced models, meet various analytical demands.
Spray Chamber Design and Functionality
The design of cyclonic spray chambers focuses on maximizing transport efficiency and precision. Precision Glassblowing’s range includes single-pass and double-pass cyclonic chambers, each serving a distinct purpose.
Single-pass chambers are ideal for low matrix samples, offering excellent signal stability. On the other hand, double-pass chambers are optimal for samples with high solids or organics, providing improved plasma stability.
Industry Utilization and Selection
ICP technology is pivotal across numerous industries, from environmental testing to biotechnology. The selection of a cyclonic spray chamber, such as those offered by Precision Glassblowing, is based on the sample’s complexity and the desired analytical accuracy. Environmental labs, for instance, may prefer cyclonic chambers for their superior handling of varied sample matrices without losing sensitivity.
Optimal Materials for Cyclonic Spray Chambers
For cyclonic spray chambers, materials like borosilicate glass are best due to their hardiness and chemical inertness. Materials such as these guarantee a reliable performance over time, which is vital for precise ICP analyses. Precision Glassblowing utilizes these superior materials to construct their cyclonic spray chambers, improving quality and ability to last.
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