Information related to 36 pairs of rod reduction furnaces
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This post was last edited by zhaoxzh9999 on 2011-7-21 at 13:44. 1. Inner diameter of the furnace cylinder: 2.9 meters; outer diameter of the furnace cylinder: 3.2 meters; maximum outer diameter: 3.7 meters. 2. Weight of the furnace cylinder: 20 tons; total weight: 35 tons; operating weight: 45 tons. 3. Height of the silicon rods: 2.3 meters; diameter of the silicon rods: 120–145 millimeters. 4. Production operating time: 85–105 hours. 5. Output per furnace: 5–6.2 tons. 6. Average power consumption: 45–50 kWh/kg. 7. Deposition rate: 55–60 kg/hour; radial deposition rate: 1.5 mm/hour. 8. Feed rate of trichlorosilane: 600–3300 kg/hour
Is it something you want to do, or are it already existing data?
36 pairs of rods – it takes 85 hours to produce 5 tons? The conversion rate is also a bit low! Try to get 5 tons per 70 hours. .
Thanks for sharing, but keep it up!:)
Do you want to work with this data or with data that is already in use?
The data is at a moderate level, with room for improvement
Is this data accurate? If it is, the conversion rate seems a bit low
Reply to 10# fishdouble: Where are the company’s data? ? ?
I can try out the furnace with Sensong 36; the data seems to differ a bit.
These data are similar to those from the tests conducted with CNESENSON 36. There are still many detailed issues that need to be resolved; the distribution of the heat field is a major problem. Based on the operational data, the furnace of model 36 is not as perfect as that of model 24.
Is it simulated data or data from actual driving?