AAC Production Rotary Clamper
China AAC Production Rotary Clamper, Find details about China AAC Block Finished Product Clamper, AAC Line Rotary Clamper from AAC Production Rotary Clamper
Basic Info.
Trademark
Sankon
Specification
3t+3t
Origin
China
HS Code
847480
Trademark
Sankon
Specification
3t+3t
Origin
China
HS Code
847480
Product Desciption
AAC block advantages:
1.Improved thermal efficiency reduces the heating and cooling load in buildings.
2.Porous structure allows for superior fire resistance.
3.Workability allows accurate cutting, which minimizes the generation of solid waste during use.
4.Resource efficiency gives it lower environmental impact in all phases of its life cycle, from processing of raw materials to the disposal of waste.
5.Light weight saves cost & energy in transportation, labor expenses, and increases chances of survival during seismic activity.
6.Environmentally Friendly: When used, it helps to reduce at least 30% of environmental waste as opposed to going with traditional concrete. There is a decrease of 50% of greenhouse gas emissions. When possible, using autoclaved aerated concrete is a better choice for the environment.
7.Energy Saver: It is an excellent property that makes it an excellent insulator and that means the interior environment is easier to maintain. When it is used, there is usually not a need for any supplementary insulation
Main Process Flow of AAC Production line/AAC block:
1. Raw material: Store the fly-ash (tailings etc), lime and gypsum after milling into the needed fineness (200 mesh)
2. Mixing the fly-ash, cement, lime, gypsum and water in the pot after batching.
3. Increase the slurry temperature to 40-50 centigrade by steam, and mill with aluminum powder for 1min.
4. Pour the slurry into the mould, and still in the curing room for frothing in 2-2.5h.
5. Cut it into needed size by the cutter after the slurry reach the cutting intensity, and place the block on the trolley cart.
6. Autoclaved curing after the trolley cart enter the autoclave (vacuum, raise the pressure, keep the pressure, reduce the pressure),keeping the constant pressure 1.2MPa. The whole process needs about 8 hours.
7. The products out of the autoclave are placed in a stack. We can recycle the scrap and the waste water from the whole production.
1.Improved thermal efficiency reduces the heating and cooling load in buildings.
2.Porous structure allows for superior fire resistance.
3.Workability allows accurate cutting, which minimizes the generation of solid waste during use.
4.Resource efficiency gives it lower environmental impact in all phases of its life cycle, from processing of raw materials to the disposal of waste.
5.Light weight saves cost & energy in transportation, labor expenses, and increases chances of survival during seismic activity.
6.Environmentally Friendly: When used, it helps to reduce at least 30% of environmental waste as opposed to going with traditional concrete. There is a decrease of 50% of greenhouse gas emissions. When possible, using autoclaved aerated concrete is a better choice for the environment.
7.Energy Saver: It is an excellent property that makes it an excellent insulator and that means the interior environment is easier to maintain. When it is used, there is usually not a need for any supplementary insulation
| Fly ash style aerated block raw material | Sand style aerated block raw material | ||
| Parameter Name | Parameter Value | Parameter Name | Parameter Value |
| Fly ash | 65-70% | Sand | 55-65% |
| cement | 6-15% | cement | 10-20% |
| Lime | 18-25% | Lime | 20-30% |
| Gypsum | 3-5% | Gypsum | 2-3% |
| Aluminum powder paste | 8 | Aluminum powder paste | 8 |
| Water & material rate | 0.60-0.65 | Water & material rate | 0.65-0.75 |
| Casting temperature | 36-40°C | Casting temperature | 35-38°C |
| Aluminum mixing time | 30-40s | Aluminum mixing time | 30-40s |
Main Process Flow of AAC Production line/AAC block:
1. Raw material: Store the fly-ash (tailings etc), lime and gypsum after milling into the needed fineness (200 mesh)
2. Mixing the fly-ash, cement, lime, gypsum and water in the pot after batching.
3. Increase the slurry temperature to 40-50 centigrade by steam, and mill with aluminum powder for 1min.
4. Pour the slurry into the mould, and still in the curing room for frothing in 2-2.5h.
5. Cut it into needed size by the cutter after the slurry reach the cutting intensity, and place the block on the trolley cart.
6. Autoclaved curing after the trolley cart enter the autoclave (vacuum, raise the pressure, keep the pressure, reduce the pressure),keeping the constant pressure 1.2MPa. The whole process needs about 8 hours.
7. The products out of the autoclave are placed in a stack. We can recycle the scrap and the waste water from the whole production.
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