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 | LTD Low Temperature Reduction Disintegration of Iron Ore | AAF Standard Ashing Furnace | CAF G5 Ash Fusibility Testing Tube Furnace | GSM Specialist Ashing Furnace | IOT Iron Ore Tumbler |
| Catalog Number | LTD | AAF | CAF G5 | GSM | IOT |
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| Description | 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 | 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 | Coal ash fusibility furnaces, specially designed to test coal ash fusibility and optionally the increasingly popular determination of biomass or solid recovered fuel testing. Conforms to the required standards : ISO 540:2008: ASDTM D 1857 / D1857M - 04 (2010); DIN 51730:2007-09; DD CEN/TS 15370-1:Coal ash fusibility furnaces, specially designed to test coal ash fusibility and optionally the increasingly popular determination of biomass or solid recovered fuel testing. Conforms to the required standards : ISO 540:2008: ASDTM D 1857 / D1857M - 04 (2010); DIN 51730:2007-09; DD CEN/TS 15370-1:2006 (biomass) and PD CEN/TR 15404:2010 (SRF).... Read More | Ashing Chamber Furnace, constructed from fused quartz material to avoid the impact of alumina or silica dust. Provides superior containment of corrosive and aggressive vapours, in part due to the moulded ceramic fibre door plug. | Single Drum Iron Ore Tumbler, that meets standard BS ISO 4696-1:2015 'Iron ores for blast furnace feedstocks -- Determination of low temperature reduction-disintegration indices by static method'. It is applicable to lump ores, sinters and hot-bonded pellets. |
| Applications | Coal and Coke Testing | Ashing, Loss on Ignition, Pyrolysis, Sterilising, Combustion, Calcination, Materials Testing, Debinding | Coal and Coke Testing, Coal Assay, Ash Fusibility, Materials Testing | Ashing, Melting, Sterilising, Loss on Ignition, Combustion, Calcination, Materials Testing | Coal and Coke Testing, Iron Ore and Steel Testing |
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