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Automatic continuous foaming machine
Automatic continuous foaming machine
Parameter：
型號model | SN-AFM 2400 | SN-MFM 2400 | SN-HFM 2400 |
發(fā)泡寬度 foaming width | 2400mm | 2400mm | 2400mm |
發(fā)泡高度 Foaming height | 1200mm | 1400mm | 1400mm |
吐出量 Output | 80-300kg/min | 100-380kg/min | 10-450kg/min |
發(fā)泡密度 Foaming density | 8-100kg/m3 | 8-100kg/m3 | 8-100kg/m3 |
攪拌速度 Mixing speed | 1000-5000r/min | 1000-5000r/min | 1000-5000r/min |
攪拌功率 Mixing power | 30-37kw | 37kw | 37kw |
烘箱長度 Oven length | 18m | 21m | 21m |
側(cè)輸送長度 Side conveyor length | 21m | 24m | 24m |
水平輸送線長度 Horizontal conveyor length | 24m | 24m | 26m |
跌落板 Fall plate | Automatic | Automatic | Automatic |
邊膜提升機構(gòu) RS system | yes | yes | optional |
壓頂裝置 Flat top | optional | optional | yes |
觀察通道 Observation channel | singel | singel | double |
發(fā)泡高度寬度顯示 Foaming size measure | optional | yes | yes |
發(fā)泡溫度顯示 Foaming temperature | yes | yes | yes |
發(fā)泡原料液位 Material tank level sensor | optional | optional | yes |
玻璃流量計 Glass flowmeter | yes | yes | optional |
電子流量計 Electric flowmeter | optional | optional | yes |
裁斷機 Block cutter | yes | yes | yes |
短泡稱重系統(tǒng) Short foaming weighting | optional | optional | optional |
噴碼系統(tǒng) printer | optional | optional | optional |
Function：
●SN-AFM2400 SN-MFM2400 SM-HFM2400 are automatic continuous foaming machine.,Including:1,material system,2,mixing system,3,oven system,4,cutting system,5,conveyor system.
●Each system can be customized according to the requirements of customers to achieve the foaming of different foam.The main products are furniture foam, car foam and shoe material foam. At the same time, special foam such as high rebound foam and slow rebound foam can be customized.
● SN-AFM2400 SN-MFM2400 SM-HFM2400 introduces the most advanced control system to ensure the accuracy and stability.Due to simple operation and high degree of automation,it can save certain labor cost.
At the same time, in order to achieve a higher utilization rate of raw materials, we have made a lot of adjustments in the mechanical structure to improve the utilization rate of foam raw materials and reduce the cost.
