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Product Details:
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| Name: | Membrane Filter Press | Material: | Carbon Steel |
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| Feed Pressure: | 0.6 MPa | Squeezing Pressure: | 1.8 Mpa |
| Plate Material: | PP | Power: | 4.8 Kw |
| Plate Shifting: | Auto | Contorl: | PLC |
| Highlight: | High Pressure Membrane Filter Presses,Membrane filter press dewatering,membrane plate filter presses |
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High Pressure Pressing Membrane Filter Press For Distiller Grains Draining
Membrane filter press, also known as Membrane filter press, is a filter press with an elastic membrane installed between the filter plate and the filter cloth. In the process of use, when the feeding is finished, the high-pressure fluid or gas medium can be injected into the Membrane plate. At this time, the entire Membrane will bulge and press the filter cake, thereby realizing further dehydration of the filter cake, which is commonly referred to as pressing filtration.
Scope of application
Membrane filter press is used for solid-liquid separation of various suspensions, and has a wide range of applications. It is suitable for industrial fields such as medicine, food, chemical industry, environmental protection, and water treatment.
| Model | Filter press | Plate size | Cake thickness | Filter chamber volume | Plate NO | Filtration pressure | Motor power | Weight | Dimensions L*W*H(mm) | Foundation Size(mm) | ||||
| L | B | D | H | |||||||||||
| X_M^AG30/870−U_K^B | 30 | 870*870 | ≤35 | 498 | 23 | ≥0.8 | 2.2 | 3046 | 3880*1250*1300 | 2920 | 700 | 1270 | 785 | |
| X_M^AG40/870−U_K^B | 40 | 623 | 29 | 3593 | 4270*1250*1300 | 3300 | ||||||||
| X_M^AG50/870−U_K^B | 50 | 789 | 37 | 4057 | 4790*1250*1300 | 3820 | ||||||||
| X_M^AG60/870−U_K^B | 60 | 955 | 45 | 4597 | 5310*1250*1300 | 4340 | ||||||||
| X_M^AG70/870−U_K^B | 70 | 1121 | 53 | 5136 | 5830*1250*1300 | 4860 | ||||||||
| X_M^AG80/870−U_K^B | 80 | 1287 | 61 | 5636 | 6350*1250*1300 | 5380 | ||||||||
| X_M^AG50/1000−U_K^B | 50 | 1000*1000 | 776 | 27 | 4 | 4352 | 4270*1500*1400 | 3350 | 780 | 1400 | 870 | |||
| X_M^AG60/1000−U_K^B | 60 | 943 | 33 | 4480 | 4700*1500*1400 | 3780 | ||||||||
| X_M^AG70/1000−U_K^B | 70 | 1109 | 39 | 5263 | 5130*1500*1400 | 4210 | ||||||||
| X_M^AG80/1000−U_K^B | 80 | 1275 | 45 | 5719 | 5560*1500*1400 | 4640 | ||||||||
| X_M^AG100/1000−U_K^B | 100 | 1608 | 57 | 6555 | 6410*1500*1400 | 5490 | ||||||||
| X_M^AG120/1000−U_K^B | 120 | 1941 | 69 | 7466 | 7260*1500*1400 | 6340 | ||||||||
| X_M^AG80/1250−U_K^B | 80 | 1250*1250 | ≤40 | 1560 | 29 | 5.5 | 10900 | 4830*1800*1600 | 3960 | 850 | 1740 | 995 | ||
| X_M^AG100/1250−U_K^B | 100 | 1975 | 37 | 11750 | 5440*1800*1600 | 4570 | ||||||||
| X_M^AG120/1250−U_K^B | 120 | 2391 | 45 | 12600 | 6060*1800*1600 | 5180 | ||||||||
| X_M^AG150/1250−U_K^B | 150 | 2911 | 55 | 13620 | 6820*1800*1600 | 5950 | ||||||||
| X_M^AG160/1250−U_K^B | 160 | 3119 | 59 | 14470 | 7130*1800*1600 | 6255 | ||||||||
| X_M^AG200/1250−U_K^B | 200 | 3847 | 73 | 15320 | 8200*1800*1600 | 7325 | ||||||||
| X_M^AG240/1250−U_K^B | 240 | 4679 | 89 | 16170 | 9420*1800*1600 | 8550 | ||||||||
| X_M^AG250/1250−U_K^B | 250 | 4783 | 91 | 17020 | 9570*1800*1600 | 8700 | ||||||||
| X_M^AG200/1500−U_K^B | 200 | 1500*1500 | 3809 | 49 | 11 | 26120 | 7140*2200*1820 | 5870 | 1170 | 1990 | 1070 | |||
| X_M^AG250/1500−U_K^B | 250 | 4723 | 61 | 26930 | 7730*2200*1820 | 6860 | ||||||||
| X_M^AG300/1500−U_K^B | 300 | 5637 | 73 | 28160 | 8720*2200*1820 | 7850 | ||||||||
| X_M^AG350/1500−U_K^B | 350 | 6551 | 85 | 29600 | 10110*2200*1820 | 9090 | ||||||||
| X_M^AG400/1500−U_K^B | 400 | 7618 | 99 | 31500 | 11260*2200*1820 | 10240 | ||||||||
| X_M^AG450/1500−U_K^B | 450 | 8532 | 111 | 33400 | 12250*2200*1820 | 11230 | ||||||||
| X_M^AG500/1500−U_K^B | 500 | 9446 | 123 | 33380 | 13240*2200*1820 | 12220 | ||||||||
| X_M^AG600/2000−U_K^B | 600 | 2000*2000 | 11901 | 85 | 15 | 54164 | 13030*3000*2500 | 10610 | 1660 | 2000 | 1050 | |||
| X_M^AG700/2000−U_K^B | 700 | 13838 | 99 | 58300 | 14390*3000*2500 | 11920 | ||||||||
| X_M^AG800/2000−U_K^B | 800 | 14945 | 107 | 62460 | 15770*3000*2500 | 13240 | ||||||||
| X_M^AG900/2000−U_K^B | 900 | 17713 | 127 | 66620 | 17150*3000*2500 | 14560 | ||||||||
| X_M^AG1000/2000−U_K^B | 1000 | 19651 | 141 | 70780 | 18530*3000*2500 | 15880 | ||||||||
Working principle
The suspension is pumped into each closed filter chamber of the filter machine. Under the action of the working pressure, the filtrate penetrates the filter membrane or other filter materials, and is discharged through the liquid outlet, and the filter residue remains in the frame to form a filter cake, so as to achieve Solid-liquid separation.
Contact Person: Mrs. Jennife Wu
Tel: +86 139-1613-3040
