AA Platform Pyro Graphite tubes (10pk) for Buck graphite furnace

Stabilized Temperature Platform Furnace or STPF for short, can be done using these Buck platform graphite tubes.

The platform tube allows the analyte to be heated more evenly with a more stable temperature due to the fact that these low boiling point metals are heated after the tube has been heated and they receive an even 360 degrees of radiation.  With the graphite tube already heated retention time is increased, inside the graphite tube, giving the instrument slightly better sensitivity.  These platform tubes are popular with chemists looking for Arsenic, Se and, pb, cd

Part number: BS220-2697

Pyro Platform (10 pk)

EPA Methods

• EPA Method - 200_13 - Trace element determination via Graphite furnace.pdf
• EPA Method - 200_9 - DETERMINATION OF TRACE ELEMENTS BY STABILIZED TEMPERATURE.pdf
• EPA Method - 200__9 - TRACE ELEMENTS IN WATER, SOLIDS, AND BIOSOLIDS BY.pdf
• EPA Method - 200_0 metals analysis by Atomic Absorption.pdf
• EPA Method - 200_13 - Trace element determination via Graphite furnace.pdf
• EPA Method - 200_9 - DETERMINATION OF TRACE ELEMENTS BY STABILIZED TEMPERATURE.pdf
• EPA Method - 200__9 - TRACE ELEMENTS IN WATER, SOLIDS, AND BIOSOLIDS BY.pdf
• EPA Method - 202_2 - Aluminum - Atomic Absorption-Graphite Furnace.pdf
• EPA Method - 204_2 - Antimony AA - Furnace Technique.pdf
• EPA Method - 206_2 - Arsenic AA - Furnace Technique.pdf
• EPA Method - 206_5 - Arsenic Sample Digestion Prior to Hydride analysis.pdf
• EPA Method - 208_2 - Barium AA - Furnace Technique.pdf
• EPA Method - 210_2 - Beryllium AA - Furnace Technique.pdf
• EPA Method - 213_2 - Cadmium AA Furnace Technique.pdf
• EPA Method - 218_3 - Chromium AA, Chelation Extraction.pdf
• EPA Method - 219_2 - Cobalt AA - Furnace Technique.pdf
• EPA Method - 231_1 - Gold Atomic absorption.pdf
• EPA Method - 231_2 - Gold AA Furnace Technique.pdf
• EPA Method - 235_2 - Iridium AA Furnace Technique.pdf
• EPA Method - 236_2 - Iron AA Furnace Technique.pdf
• EPA Method - 239_2 - Lead AA Furnace Technique.pdf
• EPA Method - 243_2 - Manganese AA Furnace Technique.pdf
• EPA Method - 246_2 - Molybdenum AA Furnace Technique.pdf
• EPA Method - 249_2 - Nickel AA Furnace Technique.pdf
• EPA Method - 252_2 - Osmium AA Furnace Technique.pdf
• EPA Method - 253_2 - Palladium AA Furnace Technique.pdf
• EPA Method - 255_2 - Platinum AA, Furnace Technique.pdf
• EPA Method - 264_2 - Rhenium AA Furnace Technique.pdf
• EPA Method - 265_2 - Rhodium AA Furnace Technique.pdf
• EPA Method - 267_2 - Ruthenium AA Furnace Technique.pdf
• EPA Method - 272_2 - Silver AA Furnace Technique.pdf
• EPA Method - 273_2 - Sodium Atomic Absorption Furnace Technique.pdf
• EPA Method - 279_2 - Thallium AA Furnace Technique.pdf
• EPA Method - 282_2 - Tin AA Furnace Technique.pdf
• EPA Method - 283_2 - Titanium AA Furnace Technique.pdf
• EPA Method - 286_2 - Vanadium AA Furnace Technique.pdf
• EPA Method - 289_2 - Zinc AA Furnace Technique.pdf

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