Scientific farming is inseparable from the inspection of seed quality, which is also an important means for determining the seed rank and value of use of seed breeding. In the quality inspection of crop seeds, germination test is one of the important indicators. As the sugar beet is a complex embryo seed, the seed ball is composed of pericarp and seeds. The pericarp is divided into husk and fruit cover. The texture is hard and the outside is surrounded by wooden calyx. The size of the bulb is irregular, including 3 to 5 seeds. After the emergence of 1 to 5 seedlings, seedlings drilled after the fruit shell, the fruit off, the seedlings followed by the ball. When using a seed intelligent counting system to sample and conduct tests on paper (TP) and inter-paper (BP), it is difficult to count the number of seedlings that are emitted in one-to-one correspondence. When germination tests are performed in sand (S), the seed ball is used. Buried in the sand, the roots of the young plants are intertwined, and in the case of a long head, once the seedlings leave the bulb, it is easy to cause confusion in counting.
In a sugar beet bulb, as long as a normal seedling grows, a normal seedling seed unit is produced. In view of the characteristics of sugar beet seed germination experiment, after many experiments, we believe that the use of guillotine paper bed as germination test of sugar beet seed germination test has good counting effect. The seed smart counting system was used during the experiment sampling.
Through the counting and sampling research of the seed intelligent counting system, the seeds can be separated, and the seedling germination consequence cover and the seedling are in good correspondence and easy to observe, and at the same time, the twining of the roots of the young plants can also be reduced to facilitate the counting of the sprouted seedlings, and the correct counting result can be obtained. , improve the accuracy of the germination test. Not only can the test method be harmonized, but it will also greatly increase the accuracy of the germination test.
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Hot Cutting Extrusion Pelletizer
LINA Extrusion Pelletizer
Most of the polymer must be kneaded and then granulated before it is made into a final product. Sorted by pelletizing ways, LINA rubber & plastic granulator can be divided into four categories: 1. Hot-cutting and air-cooling pelletizing method. 2. Under-water granulating method. 3. Water-strand extrusion method. 4. Water-ring granulation method. LINA pelletizer can meet the granulation needs of high-viscosity and low viscosity rubber and plastic materials, as well as some new materials and chemical additives.
LINA Die Surface Hot Cutting Pelletizing Machine
LINA`s die surface hot cutting and air cooling granulating machine is suitable for polymers that are sensitive to heat and long residence time, such as PVC, TPR, PE, cross-linked PE and so on. The flow path of the polymer from the extruder to the pelletizing port should be kept as short as possible with minimal heat. When polymer is extruded through the die surface, the rotating blade cuts the extruded materials into particles. After the pellets are cut, they are removed from the rotary blade and caught by cooling air circulating in the pelletizing room. The air stream preliminary cools the surface of the pellets and takes them out of the pelletizing room and sends them to the cooling zone.
Assembly Ling Diagram of LINA Die Surface Hot Cutting Granulator
Advantage of LINA Pelletizing Line
1. The unit has the whole unit process chain, sound and light failure alarm and fast lock fault point and other control functions. All parts that are in contact with the material are made of stainless steel.
2. High accuracy of temperature control system to ensure the temperature sensitivity of the material.
3. It adopts the drop type separating method after cutting process, to avoid Particle agglomeration and ensure particle cooling.
4. Feeding system of the pressing machine adopts heater and reversing device to solve problem of power outage, material crash and cleaning.
5. Especially, the barrel and die head adopts advanced foreign techniques to ensure and control the dangerous occurred when the pressure is uncontrollable. The honeycomb filter plate is easy to clean and quickly change the mesh and the die head t easy to leak.
6. The hoist adopts automatic return technology to ensure the working efficiency.
7. The technological combination of dual-pull forced feeder and single screw not only meet the high requirement of secondary continuous mixing, but also solve the problem of time and power consuming of traditional working process.
Specifications of LINA Extrusion Granulating Line
Name |
Mode |
Capacity of Kneader |
Screw length to diameter ratio |
Screw diameter |
Dimension |
LINA Extrusion Pelletizing Line |
LN-10/70 |
10L |
12:01 |
70mm |
2200*1000*1150 |
LN-10/75 |
10L |
12:01 |
75mm |
2650*1100*1250 |
|
LN-35/100 |
35L |
12:01 |
100mm |
3800*1090*1690 |
|
LN-55/120 |
55L |
12:01 |
120mm |
3800*1090*1690 |
|
LN-75/135 |
75L |
12:01 |
135mm |
3850*2350*3280 |
|
LN-110/150 |
110L |
12:01 |
150mm |
5100*2000*1500 |
|
LN-110/165 |
110L |
12:01 |
165mm |
5100*2000*1500 |
Hot Cutting Pelletizer,Hot Cutting Pelletizing Line,Hot Cutting Pelletizing Machine,Plastic Hot Cutting Granulator
LINA Machinery Industrial Co.,Ltd , https://www.linakneader.com