Audited Supplier
Yes
1 Year
Horizontal
Second
380V
Horizontal
Second
380V
["1 Year","1 Year"]
1 Year
Spiral Oil Press
Beans
Horizontal
Soybean
New
Customized
Huanhai
Seaworthy Packing
ISO9001
Shandong, China
8479200000
Product Description
6YL sereis oil press / oil mill can be widely used for sunflower, peanuts etc all kinds of plants. It has the character of simple structure, easy operation, high output etc characters, they are widely used in China and are exported to Kenya, Tanzania, Egypt, etc many countries in the world.
YL-95A Oil mill, power: 8Kw, output: 4-5 ton per day
YL-125 oil mill, power: 15Kw, output: 5-8 ton per day
Shaft speed: 35-39r/m
Gear ratio in gearbox: 15/40/15/55=1: 9.77
Weight: 580Kg
Dimensions: 1820x570x1320mm
YL-100 Oil mill, power: 7.5Kw, output: 4-5 ton per day
YL-120 Oil mill, power: 15.5kw, output: 5-7ton per day
YL-150 Oil mill, power: 18.5Kw, output: 10-13 ton per day
Shaft speed: 35-39r/m
Gear ratio in gearbox: 15/40/15/55=1: 8.78
Weight: 760Kg
Dimensions: 1980x680x1460mm
YL-160 Oil mill, power: Power: 18.5-22Kw, output: 14 - 18 Ton per day
Shaft speed: 35-39r/m
Gear ratio in gearbox: 15/38/15/52=1: 8.78
Weight: 960Kg
Dimensions: 2020x700x1480mm
Working principle of oil press machine
When the oil press is running, the processed embryos enter the press chamber from the hopper. It is pushed inward by the screw of the squeezing screw for pressing. Because the material embryo is in motion in the pressing chamber of the oil press, under the condition of high pressure in the pressing chamber, a great frictional resistance is generated between the material embryo, the screw press and the pressing chamber, which makes the material Friction produces relative motion.
The diameter of the root garden of the pressed snail gradually increases. When the pressing screw rotates, the thread makes the material embryo not only advance forward, but also turn outwards, and at the same time, the material layer close to the surface of the pressing screw rotates with the pressing shaft, so that each material embryo particle in the pressing chamber is not Isokinetic, moving in the same direction, and there is also relative motion between particles. The heat generated by friction also meets the heat required for the operation of the oil extraction process, which helps to promote the thermal denaturation of the protein in the embryo, destroys the colloid, increases the plasticity, and at the same time reduces the viscosity of the oil, which is easy to separate out the oil. Therefore, the oil yield of the oil press is improved.
The screw oil press has two forms: single-stage pressing and double-stage pressing. The single-stage has only one horizontal pressing chamber, and the double-stage adds a straight pressing chamber for the first-stage pressing. The screw press shaft consists of several screw presses and spacer rings that are sleeved on the shaft. Each screw press has a certain pitch and screw depth, and the screw pitch of each screw press on a shaft gradually shortens from the feed port to the discharge port, and the screw depth gradually becomes shallower, so the volume of the press chamber gradually increases from the inlet to the outlet. After the blank enters the pressing chamber, it advances along the screw stage of the pressing screw to the outlet, and the pressure it receives gradually increases, so that the oil is squeezed out one after another. Gaskets are installed between the press bars and the press bars of the cylindrical press cage to form an oil outlet gap, and the extruded crude oil flows out through this gap.
The squeezing cage of the large screw oil press is also equipped with a scraper, and the scraper mouth goes deep into the squeezing chamber and aligns with each spacing ring to prevent the blank from slipping in the squeezing chamber, prevent the blank from returning, and adjust the thickness of the cake. Therefore, the pressure of the press chamber is controlled accordingly, and the residual oil rate is reduced. In addition, the machine also has a cake clamping mechanism to make the surface of the slag cake smooth, and is often equipped with a steaming and frying pan, which can make the steaming, frying and pressing of the oil continue to be carried out. The screw oil press used as a pre-press is to pre-press the oil with a large pressure, and the pre-pressed cake is put into the oil press to continue pressing or extract the oil by leaching. Therefore, the volume of the press chamber at the inlet and outlet ends changes greatly, and the production capacity is also larger.
YL-95A Oil mill, power: 8Kw, output: 4-5 ton per day
YL-125 oil mill, power: 15Kw, output: 5-8 ton per day
Shaft speed: 35-39r/m
Gear ratio in gearbox: 15/40/15/55=1: 9.77
Weight: 580Kg
Dimensions: 1820x570x1320mm
YL-100 Oil mill, power: 7.5Kw, output: 4-5 ton per day
YL-120 Oil mill, power: 15.5kw, output: 5-7ton per day
YL-150 Oil mill, power: 18.5Kw, output: 10-13 ton per day
Shaft speed: 35-39r/m
Gear ratio in gearbox: 15/40/15/55=1: 8.78
Weight: 760Kg
Dimensions: 1980x680x1460mm
YL-160 Oil mill, power: Power: 18.5-22Kw, output: 14 - 18 Ton per day
Shaft speed: 35-39r/m
Gear ratio in gearbox: 15/38/15/52=1: 8.78
Weight: 960Kg
Dimensions: 2020x700x1480mm
6YL-68 oil mill | 40-50Kg/h | 5.5KW | 380V/50HZ/Triple phase | 880*440*770 | 160/140 |
6YL-80 oil mill | 80-120Kg/h | 7.5KW | 380V/50HZ/Triple phase | 1510*440*700 | 350/330 |
6YL-100 oil mill | 150-200Kg/h | 11KW | 380V/50HZ/Triple phase | 1910*550*765 | 450/420 |
6YL-120 oil mill | 200-300Kg/h | 15KW | 380V/50HZ/Triple phase | 2100*630*770 | 530/500 |
6YL-130 oil mill | 300-400Kg/h | 18.5KW | 380V/50HZ/Triple phase | 2280*700*780 | 780/750 |
6YL-160 oil mill | 500-700Kg/h | 22 KW | 380V/50HZ/Triple phase | 2050*600*850 | 950/900 |
Working principle of oil press machine
When the oil press is running, the processed embryos enter the press chamber from the hopper. It is pushed inward by the screw of the squeezing screw for pressing. Because the material embryo is in motion in the pressing chamber of the oil press, under the condition of high pressure in the pressing chamber, a great frictional resistance is generated between the material embryo, the screw press and the pressing chamber, which makes the material Friction produces relative motion.
The diameter of the root garden of the pressed snail gradually increases. When the pressing screw rotates, the thread makes the material embryo not only advance forward, but also turn outwards, and at the same time, the material layer close to the surface of the pressing screw rotates with the pressing shaft, so that each material embryo particle in the pressing chamber is not Isokinetic, moving in the same direction, and there is also relative motion between particles. The heat generated by friction also meets the heat required for the operation of the oil extraction process, which helps to promote the thermal denaturation of the protein in the embryo, destroys the colloid, increases the plasticity, and at the same time reduces the viscosity of the oil, which is easy to separate out the oil. Therefore, the oil yield of the oil press is improved.
The screw oil press has two forms: single-stage pressing and double-stage pressing. The single-stage has only one horizontal pressing chamber, and the double-stage adds a straight pressing chamber for the first-stage pressing. The screw press shaft consists of several screw presses and spacer rings that are sleeved on the shaft. Each screw press has a certain pitch and screw depth, and the screw pitch of each screw press on a shaft gradually shortens from the feed port to the discharge port, and the screw depth gradually becomes shallower, so the volume of the press chamber gradually increases from the inlet to the outlet. After the blank enters the pressing chamber, it advances along the screw stage of the pressing screw to the outlet, and the pressure it receives gradually increases, so that the oil is squeezed out one after another. Gaskets are installed between the press bars and the press bars of the cylindrical press cage to form an oil outlet gap, and the extruded crude oil flows out through this gap.
The squeezing cage of the large screw oil press is also equipped with a scraper, and the scraper mouth goes deep into the squeezing chamber and aligns with each spacing ring to prevent the blank from slipping in the squeezing chamber, prevent the blank from returning, and adjust the thickness of the cake. Therefore, the pressure of the press chamber is controlled accordingly, and the residual oil rate is reduced. In addition, the machine also has a cake clamping mechanism to make the surface of the slag cake smooth, and is often equipped with a steaming and frying pan, which can make the steaming, frying and pressing of the oil continue to be carried out. The screw oil press used as a pre-press is to pre-press the oil with a large pressure, and the pre-pressed cake is put into the oil press to continue pressing or extract the oil by leaching. Therefore, the volume of the press chamber at the inlet and outlet ends changes greatly, and the production capacity is also larger.
