Coal ash analysis equipment is used to test and quantify numerous properties of coal and coke including ash yield, elemental composition, coal quality, coal ash cone deformation, coal combustion efficiency, and ash content in coal. Coal ash analysis equipment is used in numerous industries including environmental monitoring, power generation, and materials science, making coal ash analysis equipment essential for any coal testing lab. When comparing coal ash analysis equipment ensure that it can quantify the parameters appropriate for your coal analysis. Also ensure that the temperature range, data storage, and instrument sensitivity are appropriate for your coal analysis.
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| Company | Carbolite Gero | Carbolite Gero | Carbolite Gero | Carbolite Gero | Carbolite Gero |
| Item | AAF Standard Ashing Furnace | ABF Afterburner Ashing Furnace | CSR Coke Strength after Reduction Tumbler | LTD Low Temperature Reduction Disintegration of Iron Ore | MFS/1 ASTM Minimum Free Space ASTM Oven |
| Catalog Number | AAF | ABF | CSR | LTD | MFS/1 |
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| Description | Coal Ashing Furnaces, with large floor area that allows for a large number of samples. Has wire heating elements that are protected from chemical and mechanical damage by a hard wearing alumina based liner. These elements are powerful and with graded winding to compensate for heat losses. Air inlet Coal Ashing Furnaces, with large floor area that allows for a large number of samples. Has wire heating elements that are protected from chemical and mechanical damage by a hard wearing alumina based liner. These elements are powerful and with graded winding to compensate for heat losses. Air inlet and tall chimney to allow 4 to 5 volume air changes per minute.... Read More | Afterburning Ashing Furnace, suitable for ashing larger samples or materials that are likely to generate a substantial amount of smoke. Possess silicon carbide shielded wire would elements and two tier baskets with a loading tray and handle. | Built to measure the resistance of coke to degrade from the impact and abrasion during its descent into a blast furnace, in accordance with ASTM D5341/D5341M-17 and ISO 18894(2018). | Low Temperature Reduction Furnace, for dynamic testing for low temperature reduction - disintegration of Iron Ore. Meets the International Standard BS ISO 13930:2015. Has easy access for loading and unloading the reduction barrel and a corrosion and oxidisation resistant Inconel retort. Also has a Low Temperature Reduction Furnace, for dynamic testing for low temperature reduction - disintegration of Iron Ore. Meets the International Standard BS ISO 13930:2015. Has easy access for loading and unloading the reduction barrel and a corrosion and oxidisation resistant Inconel retort. Also has a gas safety system, along with an audible alarm system for over-temperature, low gas flow and flame failure on the gas burn off.... Read More | Minimum Free Space Oven, used for the drying of coal. It has the lowest practical volume and heats the known mass of coal in a stream of nitrogen or air at a temperature between 105 and 110. The ovens have a corrosion and oxidisation resistant aluminium chamber, which provides good temperature Minimum Free Space Oven, used for the drying of coal. It has the lowest practical volume and heats the known mass of coal in a stream of nitrogen or air at a temperature between 105 and 110. The ovens have a corrosion and oxidisation resistant aluminium chamber, which provides good temperature uniformity. Comes with over temperature control.... Read More |
| Applications | Ashing, Loss on Ignition, Pyrolysis, Sterilising, Combustion, Calcination, Materials Testing, Debinding | Ashing, Combustion, Sterilising, Thermal Debinding, Sublimation, Loss on Ignition | Coal and Coke Testing | Coal and Coke Testing | Coal and Coke Testing, Drying, Loss on Drying |
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