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Organic Solvent Equipment Supplied In United Kingdom
6 equipment items found
Manufactured by:Teledyne CETAC Technologies based inOmaha, NEBRASKA (USA)
The U6000AT+ adds a membrane desolvation module to the standard U5000AT+ Ultrasonic Nebulizer for improved reduction of solvent-based interferences, particularly for volatile organic solvents (both polar and non-polar ...
Manufactured by:Elemental Scientific (ESI) based inOmaha, NEBRASKA (USA)
The PFA-ST Nebulizer features the same high purity, HF resistance, and high performance of the PFA MicroFlow nebulizers, along with an exchangeable external sample uptake capillary. The sample uptake rate is controlled by the dimension of the external capillary or ...
Manufactured by:Teledyne CETAC Technologies based inOmaha, NEBRASKA (USA)
The C-Flow is a molded, fixed-capillary style PFA (perfluoroalkoxy) concentric nebulizer for the introduction of low-volume (lessthan 1 mL) samples to the Teledyne CETAC AridusII Desolvating Nebulizer System. The AridusII is used for signal enhancement / interference reduction with ...
Manufactured by:Elemental Scientific (ESI) based inOmaha, NEBRASKA (USA)
An integrated capillary PFA nebulizer for self aspiration. PFA MicroFlow nebulizers are constructed entirely from chemically resistant fluoropolymers, ideal for strong acids, alkalis, organics and high salt solutions. They are resistant to clogging, and produce a fine aerosol for high transport efficiency and high ...
Manufactured by:Teledyne CETAC Technologies based inOmaha, NEBRASKA (USA)
The CETAC DS-5 Microflow Nebulizer is a specialized device for very low-flow applications (3 to 10 µL/min), including micro-HPLC coupled with ICP-MS. The DS-5 nebulizer kit includes a dedicated low-volume spray chamber which can connect directly via a glass socket to the base of the ICP-MS ...
Manufactured by:Becton Dickinson and Company (BD) based inFranklin Lakes, NEW JERSEY (USA)
The TephaFLEX polymer is a semicrystalline material with a melting point of approximately 60°C and is suitable for processing by all methods used for thermoplastic polymers. The most experience gained to date has been in the production of fibers through conventional melt spinning processes. Both monofilament and multifilament materials have been produced. These fibers can then be further ...