Operating techniques and maintenance of a fire assay cupellation furnace


Release time:

2023-05-16

   Fire Assay Cupellation Furnace It is a traditional method for analyzing metallic materials. Operational skills and maintenance are crucial for ensuring accurate analysis results and a long service life of the equipment. This article introduces the operational skills and maintenance methods for fire assay cupellation furnaces.

  I. Operational Skills for Fire Assay Cupellation Furnaces

  1. Sample Preparation: Sample preparation is key to accurate analysis results. Samples must be dry, uniform powders, and impurities in the samples must be avoided.

  2. Cleaning the Furnace Body: Cleaning the furnace body is crucial for ensuring accurate analysis results. Before each use, the inside of the furnace body must be thoroughly cleaned to avoid sample contamination and the influence of impurities inside the furnace body on the analysis results.

  3. Furnace Heating: Furnace heating is crucial for ensuring accurate analysis results. The furnace must be heated evenly and must not be overheated to avoid affecting the analysis results and the service life of the furnace.

  4. Airflow Adjustment: Airflow adjustment is crucial for ensuring accurate analysis results. The airflow must be stable and must not be too large or too small to avoid the oxides being blown away or inaccurate analysis results.

  5. Blowing Time: Blowing time is crucial for ensuring accurate analysis results. The blowing time must be accurately controlled; too short or too long will affect the analysis results.

  II. Maintenance of Fire Assay Cupellation Furnaces

  1. Cleaning the Furnace Body: Regularly cleaning the furnace body is crucial for ensuring accurate analysis results and a long service life of the furnace. After each use, the inside of the furnace body must be thoroughly cleaned, and large-scale cleaning and maintenance must be performed regularly.

  2. Consumable Replacement: Consumables for fire assay cupellation furnaces include the cupellation furnace, heating wires, ceramic pads, etc. These must be replaced and maintained according to the manufacturer's instructions to ensure stable equipment operation and accurate analysis results.

  3. Maintaining the Heating System: The heating system of the fire assay cupellation furnace is crucial for ensuring accurate analysis results. It must be regularly inspected and maintained to ensure the service life of the heating wires and even furnace heating.

  4. Gas Path Maintenance: Gas path maintenance is crucial for ensuring accurate analysis results. The gas source pipes, pressure gauges, regulators, and other equipment must be regularly inspected to ensure that the gas path is unobstructed and the pressure is stable. Damaged components should be replaced promptly to avoid gas path failures affecting the analysis results.

  5. Leak Maintenance and Inspection: Fire assay cupellation furnaces use reducing agents and gases during analysis. The equipment must be regularly inspected and maintained to prevent reducing agents and gas leaks from affecting the analysis results and the environment.

  III. Safety Precautions for Fire Assay Cupellation Furnaces

  1. High Furnace Temperature: When using a fire assay cupellation furnace, the furnace will generate high temperatures. Care must be taken to prevent burns or fire accidents.

  2. Oxide Hazards: Oxides are produced during the analysis process of the fire assay cupellation furnace. Care must be taken to prevent inhalation and dispersion of oxides to avoid harm to humans and the environment.

  3. Gas Leaks: Fire assay cupellation furnaces use gas as a heating source. Gas pipes and valves must be regularly inspected to prevent gas leaks from causing safety accidents.



Copyright © Luoyang Tainake High-Temperature Instrument Equipment Co., Ltd. IPV6

Business license