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Product details
Product Information
This equipment adopts a manual feeding and closed disc valve discharge structure, which can achieve dust-free operation. At the same time, there is no mechanical compression or strong friction during material mixing, which can keep the material particles intact. The mixing cylinder of this machine is made of stainless steel, which has no pollution to the mixed material. In addition, the machine is equipped with a timing device that can control the mixing time of materials.
Product Features
This machine drives the cylinder to rotate through a deceleration mechanism, and uses the asymmetry formed by the unequal lengths of the two cylindrical cylinders of the mixer for mixing. When the mixer moves, the material decomposes and combines, and due to the difference in potential energy, a lateral force is generated to push the material to undergo lateral flow. When materials are combined and decomposed, a lateral force is generated due to the different planes of the materials, which then drives the materials to communicate laterally. Rotate the cylinder once, causing about 25% of the material to flow from one cylinder to another; At the same time, the rotation of the cylinder also causes radial flow of the material, resulting in lateral and radial decomposition of the material, alternating in combination to achieve a very uniform effect.
Product Parameters
This equipment adopts a manual feeding and closed disc valve discharge structure, which can achieve dust-free operation. At the same time, there is no mechanical compression or strong friction during material mixing, which can keep the material particles intact. The mixing cylinder of this machine is made of stainless steel, which has no pollution to the mixed material. In addition, the machine is equipped with a timing device that can control the mixing time of materials.
Product Features
This machine drives the cylinder to rotate through a deceleration mechanism, and uses the asymmetry formed by the unequal lengths of the two cylindrical cylinders of the mixer for mixing. When the mixer moves, the material decomposes and combines, and due to the difference in potential energy, a lateral force is generated to push the material to undergo lateral flow. When materials are combined and decomposed, a lateral force is generated due to the different planes of the materials, which then drives the materials to communicate laterally. Rotate the cylinder once, causing about 25% of the material to flow from one cylinder to another; At the same time, the rotation of the cylinder also causes radial flow of the material, resulting in lateral and radial decomposition of the material, alternating in combination to achieve a very uniform effect.
Product Parameters
| model | V-100 | V-200 | V-300 | V-500 | V-1000 |
| total volume | 100L | 200L | 300L | 500L | 1000L |
| filling coefficient | 40﹪ | 40﹪ | 40﹪ | 40﹪ | 40﹪ |
| Maximum loading capacity | 50kg | 100kg | 150kg | 250kg | 500kg |
| Overall dimensions | 900×800×1190cm | 2010×850×1440mm | 2220×900×1470cm | 2300×910×2050cm | 2800×1000×2880cm |
| Cylinder diameter | φ350mm | φ450mm | φ500mm | φ600mm | φ800mm |
| Inlet diameter | φ250mm | φ300mm | φ300mm | φ330mm | φ400mm |
| 出料口直径 | φ80mm | φ100mm | φ100mm | φ200mm | φ200mm |
| Cylinder rotation speed | 15r/min | 15r/min | 15r/min | 13r/min | 10r/min |
| power | 1 (three-phase) 0.75 (single-phase) | 1.5kw | 1.5kw | 2.2kw | 3.0kw |
| Model number | V-1500 | V-2000 | V-2500 | V-3000 |
| total volume | 1500L | 2000L | 2500L | 3000L |
| filling coefficient | 40﹪ | 40﹪ | 40﹪ | 40﹪ |
| Maximum loading capacity | 750kg | 1000kg | 1250kg | 1500kg |
| Length x Width x Height | 3000×1100× 3110mm | 3200×1200× 3350mm | 3400×1300× 3800mm | 3600×1400× 3850mm |
| Cylinder diameter | φ900mm | φ1000mm | φ1100mm | φ1200mm |
| Inlet diameter | φ400mm | φ400mm | φ400mm | φ400mm |
| 出料口直径 | φ200mm | φ200mm | φ200mm | φ200mm |
| Cylinder rotation speed | 10r/min | 10r/min | 18r/min | 18r/min |
| power | 3.0kw | 5.5kw | 7.5kw |


















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