Product display

White rice enters the polishing chamber of the polishing machine, and under specific pressure and infiltration of water mist, the surface of the rice grains is polished by friction, thus forming a 50-20 micron thick gelatinized layer on the surface, which can not only remove the floating bran on the surface of the rice grains, but also make the starch on the surface of the rice grains paste to make up for cracks, so that the rice can obtain glittering and bright appearance quality. Increase taste and chewiness, improve the storage performance and commodity value of rice.

Rice color sorter is a process of screening different color particles and impurities in rice by using CCD optical imaging technology. The rice grains are placed in the chute channel for shaping and speed regulation to form a single layer of uniform speed rice flow that slides out of the chute channel and falls into the GGD lens detection area. The main control system of the color sorter analyzes and judges the meter flow according to the data collected by the CCD lens, and the defective products in the meter flow are blown out by the high-frequency solenoid valve and enter the defective products.

Rice color sorter is a process of screening different color particles and impurities in rice by using CCD optical imaging technology. The rice grains are placed in the chute channel for shaping and speed regulation to form a single layer of uniform speed rice flow that slides out of the chute channel and falls into the CCD lens detection area. The main control system of the color sorter analyzes and judges the meter flow according to the data collected by the CCD lens, and the defective products in the meter flow are blown out by the high-frequency solenoid valve and enter the defective products.

Rice milling machine, highlighting its robust construction, automated capabilities, and efficient performance in removing impurities and hulling rice.

Holmer developed innovative automatic unmanned control combination of rice milling machine, rice polishing machine, rice color sorting machine and other advanced complete sets of equipment

The new double display instrument has high measurement accuracy, stable performance, can display the cumulative weight, the number of packages, and the operation is more simple and quick.

The Gravity Separator uses the physical characteristics of the specific gravity, particle size, friction coefficient and other aspects of the rice and brown rice. Under the action of the horizontal reciprocating shaking separation plate, the grain roughness mixture gradually produces automatic classification, so that the brown rice with large specific gravity and small particle size sinks, and the two-way inclined convex point separation plate transports, so that the brown rice moves obliquely upward and flows out above the separation plate; the small specific gravity, large grain size rice is floating in the upper layer of brown rice. Slope down to the outlet below the separation, so as to achieve the result of qualitative separation.

The husker controls the gap of the rubber rollers by adjusting the position, and uses a special winding method to realize the line speed difference between the positive and negative rotation of the two rubber rollers to carry out the husking of rice. The core part is the adjustable bearing sleeve, which is easier to maintain than the old gear wheel structure and achieves better peeling effect.

The lengthened sand roller has a large grinding area and good white grinding effect. Strong wind rice milling machine can be equipped with iron polishing head and polyurethane polishing head, and various rice milling machine schemes can be flexibly selected. Simple operation and convenient maintenance.

Pulse dust collector is a commonly used industrial dust removal equipment, which is mainly used to treat particulate matter in industrial waste gas.

The motor-driven screen cylinder rotation is a selection equipment for separating complete rice and broken rice from rice grains, and can remove round stones and barnyard seeds with the same width as rice grains. Used in the last process of the rice factory, can also be used for other grain classification, so that the finished rice more commercial value.

The use of broken rice and whole rice grain type difference, in the plane of the screen surface for overlapping rotation, friction propulsion to form automatic classification screening.

When the machine is working, the raw grain is naturally fed from the inlet of the circular sieve. As the circular sieve runs at low speed and matches the corresponding circular sieve pieces, the rice enters the field sieve from the sieve holes to remove circular sundries twice, and finally enters the fish scale sieve to the sorting chamber of the specific gravity stone remover. The sundries with a volume larger than the rice are automatically discharged from the miscellaneous outlet. Under the action of specific frequency vibration and mixed airflow, the grains with small specific gravity density are suspended in the upper layer, and the stones with large specific gravity density sink into the bottom layer, contact with the fish scale sieve surface, and the shape separation is automatically discharged from the stone removal port.

Through the rotation of the main shaft, the hammer piece is driven to run at high speed, so that the rice husk is crushed by the impact of the tooth plate, friction and collision between the materials, and the size of the sieve hole affects the thickness of the rice bran.

MMJP series flat to white rice grading selection screen, mainly used in rice processing plants for rice grading selection. It takes advantage of individual differences in whole rice grains. Overlapping rotation is made on the screen surface of plane rotation, and friction propulsion forms automatic classification. After proper continuous screening with screen surface, broken rice and whole rice are separated. The equipment has compact structure, stable operation, good process performance and simple operation.

When the machine is working, the raw grain is naturally fed from the inlet of the circular sieve. As the circular sieve runs at low speed and matches the corresponding circular sieve pieces, the rice enters the field sieve from the sieve holes to remove circular sundries twice, and finally enters the fish scale sieve to the sorting chamber of the specific gravity stone remover. The sundries with a volume larger than the rice are automatically discharged from the miscellaneous outlet. Under the action of specific frequency vibration and mixed airflow, the grains with small specific gravity density are suspended in the upper layer, and the stones with large specific gravity density sink into the bottom layer, contact with the fish scale sieve surface, and the shape separation is automatically discharged from the stone removal port.

By laying a ventilation groove on the silo body that penetrates the wall surface of the silo body, the outer layer of rice grain material and the inner layer of rice grain material in the cavity of the silo body are simultaneously subjected to the action of air flow, forcing heat and excess moisture to be brought out from the silo body to play a cooling role.

According to the conveying speed, the conveying amount can be adjusted, and the lifting height can be selected as required. The hopper is designed and manufactured by our company. According to the on-site working conditions, various materials such as wear resistance and corrosion resistance can be selected. The bucket elevator adopts inflow feeding, induced unloading and large-capacity hopper-intensive arrangement, so that there is little extrusion and collision between raw materials and the scattering of raw materials is reduced. The fully enclosed casing structure is designed without dust.

Ultra-low line speed, full gravity unloading, low backflow, no increase in crushing; large output, small footprint using wear-resistant plastic bucket (special for rice) and high-strength bucket belt, strong and durable; easy to disassemble and assemble the upper and lower seats of the machine, safe and reliable;