The operating temperatures of laboratory ashing furnaces are meticulously controlled within the range of 1100°C to 1200°C. This temperature range is ideal for the complete combustion of organic materials and the oxidation of inorganic samples, leaving behind the ash residue for further analysis.
Laboratory ashing furnaces are indispensable tools in various analytical procedures. They facilitate the decomposition of complex samples, allowing researchers to extract valuable information about their chemical composition and properties.
Laboratory ashing furnaces find extensive applications across different industries and scientific fields:
In chemistry laboratories, ashing furnaces are used to prepare samples for elemental analysis by removing organic components and leaving behind the inorganic residue.
Materials engineers utilize ashing furnaces to assess the purity and composition of metallic alloys, ceramics, and polymers through controlled heating and ashing processes.
Research and Development
In research settings, laboratory ashing furnaces are instrumental in exploring new materials, studying combustion reactions, and investigating the thermal stability of compounds.
Choosing the Right Laboratory Ashing Furnace
When selecting a laboratory ashing furnace, several factors should be considered:
Capacity and Size
The furnace should have adequate capacity to accommodate the sample size and quantity required for analysis.
The temperature range of the furnace should align with the intended applications and the materials being processed.
Control and Automation Features
Advanced control and automation features enhance precision and repeatability, allowing for efficient operation and data consistency.
Ashing Furnace 1200 Deg C 18 Liter.
optional After burner Ashing Furnace
ASHING FURNACE AAF
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