128 Double Channel Rice Color Sorter Machine For Household
Description:
Traditional processing methods of rice:
In order to distinguish the market price, it is a market practice
to classify the products or purify and eliminate impurities, even
the most common rice. Rice must go through the grading process
before color separation. Firstly, the tensile and compressive
strength of heterochromatic particles is small. After cleaning,
hulling, rice milling, polishing, and other processes and impact
during mechanical transportation, some heterochromatic particles
have been broken. They can be removed through grading to reduce the
content of heterochromatic particles in Rice; Secondly, there is no
need to enter the color separation process, which improves the
output of the color separator; Finally, the milled and polished
rice has a higher rice temperature, and the rice grading actually
has a certain function of cooling rice.
Basic conditions for Beige separator:
The color separator shall be equipped with a perfect dust suction
air net to avoid excessive amounts of bran powder in the closed
sorting room. Sucking away the bran powder can not only make the
rice cleaner but also reduce the grain temperature, help to improve
the color separation effect, ensure the normal operation of the
color separator and prolong the service life of the cylinder. The
color separator shall also be equipped with a compressed air system
in strict accordance with the requirements, so as to ensure the
quality of the air source. The air compressor shall be free of oil
and water and shall be equipped with appropriate filters and
dryers. All gas transmission pipelines shall be pollution-free and
connected with high-grade pipelines.
To realize the high-quality sale of rice, rice color sorter is
essential; What about rice blackhead, water yellow, white belly,
and impurities? Hefei Meri Tech Color Sorter Company Limited, professional in addition to black, yellow, impurity, and belly
white, to solve some problems!
Parameter:
| Model | Channels | Throughput (t/h) | Sorting accuracy | Optimized carryover | Power(kw) | Voltage(v) | Dimension(l*w*h mm) | Weight (kg) |
| CR1 | 64 | 0.8-1.8 | ≥99.99% | >30:1 | 0.9 | 220/50HZ | 932*1515*1625 | 260 |
| CR2 | 128 | 1-3 | ≥99.99% | >30:1 | 1.2 | 220/50HZ | 1477*1644*2013 | 700 |
| CR3 | 192 | 2-5 | ≥99.99% | >30:1 | 2 | 220/50HZ | 1795*1644*2013 | 1000 |
| CR4 | 256 | 3-6 | ≥99.99% | >30:1 | 2.5 | 220/50HZ | 2168*1644*2013 | 1200 |
| CR5 | 320 | 4-7 | ≥99.99% | >30:1 | 3 | 220/50HZ | 2488*1644*2013 | 1350 |
| CR6 | 384 | 5-8 | ≥99.99% | >30:1 | 3.5 | 220/50HZ | 2830*1644*2013 | 1500 |
| CR7 | 338 | 6-10 | ≥99.99% | >30:1 | 4 | 220/50HZ | 3132*1644*2013 | 1650 |
| CR8 | 512 | 7-12 | ≥99.99% | >30:1 | 4.5 | 220/50HZ | 3452*1644*2013 | 1750 |
| CR10 | 640 | 7-20 | ≥99.99% | >30:1 | 5 | 220/50HZ | 4092*1644*2013 | 1950 |
