The new type of cement fiberboard equipment has changed the
Traditional equipment relies on manual adjustment of the batching ratio(with an error of±5)and autoclave time(judged based on experience),while the new type of equipment realizes the full digital control of raw material ratio(cement:fiber:water=1:0.15:0.35±0.02)and forming pressure(8-12MPa,automatically matching the thickness of the sheet)through the Siemens PLC system.Integrate a machine learning model to automatically adjust the stirring time based on the moisture content of the raw materials(real-time monitoring value).
The traditional equipment adopts static slurry spreading(at a speed of 0.8m/min),while the new cement fiberboard equipment has been upgraded to a"dual-axis stirring+vacuum adsorption"dynamic slurry spreading system,with a slurry spreading speed of 2.5m/min.Combined with a servo hydraulic press(pressing speed of 10mm/s),the forming time of 6mm thin plates has been shortened from 15 minutes to 3 minutes.
Equipped with a"bag+electrostatic"combined dust removal system(with an emission rate of≤10mg/m³)and an RO membrane wastewater treatment system(with a reuse rate of 95%),it reduces dust emissions by 80%and water resource consumption by 90%compared to traditional equipment.
The transformation of the new type of cement fiberboard equipment essentially injects the"digital gene"into traditional building materials production:replacing experience with algorithms,driving decision-making with data,and optimizing efficiency with intelligence.
