فارسی
English
The Owash machine is used for dewatering and grading minerals in industries and factories. Dewatering screens dry minerals, rock materials, various minerals and also sludges and produce bulky and heavy materials that can be transported with standard equipment.
These devices are also used to recover solid particles from liquids, sludges or sludges. Owashes are made in welded or bolted design depending on the application. The vibration excitation angle is optimized to reduce the moisture content of the solids to the lowest possible values. The unit is supported by a +3 degree screen deck slope (with the possibility of increasing).
All existing screen decks can be used. The working method is that in the production lines the washed materials are passed over the screen. In this process, the moisture content of the minerals is reduced by 12% and the useless and unsuitable fine particles are separated from the input materials. This process is carried out in order to increase the quality of minerals or stone materials. You can see the types of screens on the page of industrial screen types.
It is worth noting that the dry specific gravity of the soil has an inverse relationship with its moisture content, up to its optimal moisture content (or optimum moisture content). In this sense, before reaching the optimal moisture content, increasing the moisture content will lead to a decrease in the specific gravity of the soil. From the optimal moisture content onwards, this relationship becomes direct. In other words, increasing the moisture content causes a decrease in the specific gravity of the soil.
Therefore, the operation of the Uwash device is designed to reduce the soil moisture content to the optimal moisture content, where the soil has the maximum dry specific gravity. The optimal moisture content varies in different soils and depends on parameters such as soil type, density percentage, etc.
Owash machines have numerous advantages, including: their input volume capacity rate is very high, they achieve the most optimal final moisture percentage, their plate mattress design is unique, they are optimally protected against moisture and abrasion, they are highly reliable and have a strong and unique design.
The meshes used in this machine are made of polyurethane, which is actually designed to be anti-abrasion. The diameter of each empty space in its network is at least 100 microns. This diameter prevents fine-grained materials such as sand, which are useful and suitable for the quality of stone materials and contribute significantly to the quality of the soil, from being wasted.
The appropriate quality of the parts used in the Owash machine has led to very low depreciation of the machine and therefore its useful life is long. This machine can be used to replace traditional and old sand and salt systems. Because it allows, in addition to reducing costs such as high water consumption and wasting fine materials with wastewater, to achieve much higher quality and efficiency.
A hydrocyclone device can also be used to return all fine materials or even wastewater from other devices. The hydrocyclone is located at the top of the system and has the power to absorb all fine materials and incoming materials. Installation, repair and maintenance of this device is also very easy and does not require special expertise to work with it.
The parts of the Uwash device include a muddy water inlet tank, water pump, hydrocyclones and a water intake screen. Depending on the type of device, the size of the cyclone, the size of the water intake screen and the size of the pump vary. The maximum capacity and amount of water required are determined according to the type of device.
These devices are also used to recover solid particles from liquids, sludges or sludges. Owashes are made in welded or bolted design depending on the application. The vibration excitation angle is optimized to reduce the moisture content of the solids to the lowest possible values. The unit is supported by a +3 degree screen deck slope (with the possibility of increasing).
All existing screen decks can be used. The working method is that in the production lines the washed materials are passed over the screen. In this process, the moisture content of the minerals is reduced by 12% and the useless and unsuitable fine particles are separated from the input materials. This process is carried out in order to increase the quality of minerals or stone materials. You can see the types of screens on the page of industrial screen types.
It is worth noting that the dry specific gravity of the soil has an inverse relationship with its moisture content, up to its optimal moisture content (or optimum moisture content). In this sense, before reaching the optimal moisture content, increasing the moisture content will lead to a decrease in the specific gravity of the soil. From the optimal moisture content onwards, this relationship becomes direct. In other words, increasing the moisture content causes a decrease in the specific gravity of the soil.
Therefore, the operation of the Uwash device is designed to reduce the soil moisture content to the optimal moisture content, where the soil has the maximum dry specific gravity. The optimal moisture content varies in different soils and depends on parameters such as soil type, density percentage, etc.
Owash machines have numerous advantages, including: their input volume capacity rate is very high, they achieve the most optimal final moisture percentage, their plate mattress design is unique, they are optimally protected against moisture and abrasion, they are highly reliable and have a strong and unique design.
The meshes used in this machine are made of polyurethane, which is actually designed to be anti-abrasion. The diameter of each empty space in its network is at least 100 microns. This diameter prevents fine-grained materials such as sand, which are useful and suitable for the quality of stone materials and contribute significantly to the quality of the soil, from being wasted.
The appropriate quality of the parts used in the Owash machine has led to very low depreciation of the machine and therefore its useful life is long. This machine can be used to replace traditional and old sand and salt systems. Because it allows, in addition to reducing costs such as high water consumption and wasting fine materials with wastewater, to achieve much higher quality and efficiency.
A hydrocyclone device can also be used to return all fine materials or even wastewater from other devices. The hydrocyclone is located at the top of the system and has the power to absorb all fine materials and incoming materials. Installation, repair and maintenance of this device is also very easy and does not require special expertise to work with it.
The parts of the Uwash device include a muddy water inlet tank, water pump, hydrocyclones and a water intake screen. Depending on the type of device, the size of the cyclone, the size of the water intake screen and the size of the pump vary. The maximum capacity and amount of water required are determined according to the type of device.
To ensure that the mud is washed from sand, evowash is used which due to its design and innovation in global market, is first and best machine in the world.
To explain briefly about how it works, we can say:
Slurry imported from sieve by pumps is guided to cyclone. With rotary and centrifugal motion of the cyclone, solid particles are separated from liquid ones, and therefore sand is poured on dehydration sieve and final product which is completely dehydrated is produced.
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