- Product Details
- {{item.text}}
Quick Details
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Brick size:
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400*100*200 mm, 400*120*200 mm, 200*100*60 mm, 300*150*100 mm, 400*150*200 mm, 240*115*90 mm, 200*200*60 mm, 150*150*100 mm, 400*200*200 mm, 230*220*115 mm
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Place of Origin:
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Henan, China
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Brand Name:
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FTL
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Voltage:
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based on customer
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Dimension(L*W*H):
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varies based on model
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Weight (KG):
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25000 kg
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Block Type:
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self insulation block; eps block
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motor:
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Siemens Motor
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Advantage:
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low investment
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After-sales Service Provided:
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engineer guidance
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certification:
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CE, ISO
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Keywords:
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self insulation block machine
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mould cycle:
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15-20s
Quick Details
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Type:
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Other
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Brick Raw Material:
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sand, 425 cement, etc.
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Production Capacity (Pieces/8 hours):
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Other, 12000 pcs/8hours
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Brick size:
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400*100*200 mm, 400*120*200 mm, 200*100*60 mm, 300*150*100 mm, 400*150*200 mm, 240*115*90 mm, 200*200*60 mm, 150*150*100 mm, 400*200*200 mm, 230*220*115 mm
-
Place of Origin:
-
Henan, China
-
Brand Name:
-
FTL
-
Voltage:
-
based on customer
-
Dimension(L*W*H):
-
varies based on model
-
Weight (KG):
-
25000 kg
-
Block Type:
-
self insulation block; eps block
-
motor:
-
Siemens Motor
-
Advantage:
-
low investment
-
After-sales Service Provided:
-
engineer guidance
-
certification:
-
CE, ISO
-
Keywords:
-
self insulation block machine
-
mould cycle:
-
15-20s
insulated concrete block making machine for eps foam cement blocks
Polystyrene concrete block/ EPS foam concrete is a composite material consisting of Portland cement and its varieties, silica aggregate (silica sand or fly ash from thermal power station), a porous filler (foamed polystyrene granules)and modifying agents (setting accelerators, plasticizers, etc.)When we control the ratio of the components in the mixture we can get different brands of polystyrene on the indices of the average density in the dry state from D150 to D600. As a result we get both constructional and insulation material.
Manufacturing technique of polystyrene concrete
- Foaming of polystyrene granules;
- Drying (maturing)of polystyrene granules;
- Batching of raw components;
- Preparation of polystyrene concrete;
- Molding of polystyrene concrete mass;
- Hardening of polystyrene concrete mass;
- Cutting the polystyrene concrete mass into blocks with specified sizes;
- Storage of polystyrene concrete blocks.
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Water utilisation |
~7.5 tonnes/shift |
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Cement utilisation |
~16,5 tonnes/shift |
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Polystyrene utilisation |
~500 kg/shift |
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Required production facility area |
500-1000 m 2 |
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The ceiling height at the mixing area |
not less than 6 m |
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The ceiling height at the production area |
not less than 3 m |
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Ambient temperature |
not be less than +15 |
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Required personnel |
6 workers, 1 production manager/foreman |
Brief introduction of the production process:
1. Preparation of raw material
it includes Expanding polystyrene, Adding water into the mixer, Loading the mixer with raw materials
2. Moulding a block
The mould is made up of the base and removable, interchangeable walls. Before casting, the mould is lubricated and transported to the mixing section where the casting is done.
3. Block ageing
After casting, the mould is transported along the railway to the ageing section, where the block is kept until it gets strength enough for removing the walls. The strength enough for removing the walls can be gained within 4 to 7 hours and depends on polystyrene density, cement activity, temperature, etc.
4. Dismantling moulds and cutting
5. Stacking blocks onto pallets, packing, and storing
Final Product:
