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Welcome to join the Dehumidifying pellet dryer website (pellet dehumidifying dryer, Dehumidifying dryer)! This is a global manufacturer and supplier of dehumidifying dryers, providing more comprehensive plastic dehumidification dryers, plastic dehumidifiers, plastic dryers, r Dehumidifying dryer exchange platform website, including dehumidifying and drying from zero basis to Dehumidifying dryer Machine equipment, Dehumidifying dryer application, technology, assembly accessories, circuit design, Dehumidifying dryer principle, dehumidifying dryer installation and other information!

Dehumidifying pellet dryer

Dehumidifying Details description
product name:Dehumidifying pellet dryer
release time:2020-11-02
Numbering:Dehumidifying pellets dryer-001
Brand:wto-btb
Price:¥By function
weight :By function
unit weight:Kg/set
manufacturer:wto-btb
patent:wto-btb
Producing country:
simple description:Dehumidifying dryer
Product alias:Dehumidifying dryer,Dehumidifying pellet dryer
  Dehumidifying Product introduction

Dehumidifying pellets dryer parameter

Dehumidifying dryer

Model

Capacity(kg)

Heater(kw)

Blower(w)

Overall Dimensions(cm)

Model suitable

Weight(kg)

MHD-12E

12

1.8

50

65X40X85

1oz

25

MHD-25E

25

3

90

75X50X105

3oz

35

MHD-50E

50

3.9

100

90X55X120

5-8oz

45

MHD-75E

75

3.9

100

95X60X130

8-10oz

50

MHD-100E

100

6

250

100X70X140

10-20oz

70

MHD-150E

150

6

350

110X75X160

15-20oz

80

MHD-200E

200

12

350

120X85X170

20-30oz

120

MHD-300E

3300

15

350

145X100X185

25-30oz

120

MHD-400E

400

18

550

150X105X200

30-40oz

230

MHD-500E

500

21

750

150X105X210

40-50oz

250

MHD-600E

600

21

750

150X105X220

40-50oz

250

MHD-800E

800

27

750

150X110X240

50-60oz

300

MHD-1000E

1000

30

1100

185X135X270

60oz以上

400

MHD-2000E

2000

60

5500

1480X1800X3600

60oz以上

780

MHD-3000E

3000

64

7500

1600X2010X4050

60oz

1150


Product alias:Dehumidifying material mixture dryer,Dehumidifying pellet polymer dryer

Dehumidifying pellet dryer Equipment principle

Dehumidifying pellet dryer Plastics are polymer compounds made by polymerization of monomers as raw materials through addition polymerization or condensation polymerization. Plastic has the advantages of strong corrosion resistance, no reaction with acid and alkali, low manufacturing cost, durability, waterproof, light weight, and easy to be molded into different shapes, so it is widely used in agriculture, machinery industry, chemical industry, and defense industry. It has become one of the indispensable products in life. However, because plastics are not easily degraded, the environmental pollution caused by them is also very serious, so now a large number of plastic recycling companies have emerged.
When plastics are recycled, they generally need to go through multiple steps such as sorting, cleaning, crushing, drying, and melting. Most waste plastics are stained with paints, slag, etc., so they must be cleaned and dried. However, the amount of plastic cleaning and drying is relatively large. The effect of centralized cleaning is better, but the effect of centralized drying is not good. It is located in the middle The plastic is not easy to be dried. In summary, there is a need for a plastic dryer with good drying effect.
Elements:
Plastic dryer to solve the problem of poor drying effect of the intermediate plastic when the plastic is intensively dried.
In order to achieve the above purpose, we provide related solutions: a plastic dryer, including a feeding box, a frame and a motor, the feeding box is fixed on the frame, the upper end of the feeding box is provided with a feeding port, and the motor is fixed The output end of the motor is arranged horizontally on the frame, the output end of the motor extends horizontally into the feeding box, the output end of the motor is provided with a first fan blade, and the side wall of the feeding box is connected with The spiral tube is arranged horizontally, the end of the spiral tube close to the first fan blade is aligned with the first fan blade, the upper end of the spiral tube is provided with a powder inlet, the powder inlet is connected with a valve, and the upper end of the valve is connected with a drying box. The spiral tube is also provided with a number of powder outlets. The position of the powder outlet is far away from the end of the spiral tube that communicates with the feeding box. There are concentric annular openings on the spiral tube. The annular opening is connected to the rotating ring for rotation. The ring and the annular opening are sealed in rotation. The inner wall of the rotating ring is provided with elastic strips or brushes. The elastic strips or brushes are arranged along the radial direction of the rotating ring. The outer ring of the rotating ring is coaxially provided with a worm gear. The motor The output end is provided with a first gear, a gear shaft is rotatably connected to the frame, a second gear is provided on the gear shaft, and the second gear meshes with the first gear. The gear shaft is also provided with a worm coaxially, and the worm wheel and The worm meshes. This is a mechanical equipment used for automatic dehumidification and intelligent drying of Dehumidifying material, Dehumidifying material mixture, Dehumidifying polymer and several material mixtures;
Dehumidifying material is a plastic (resin) material. Because most Dehumidifying engineering plastics are hygroscopic, coupled with the influence of weather and regional climate, it is easy for the plastic particles to become too wet to achieve the molding effect. In addition, in the previous granulation process, the plastic raw materials are different, so the moisture content and hygroscopicity are also different. Therefore, during the molding process, bubbles, silver bars, poor transparency, cracks and poor stability may occur, which seriously affect the quality of the product. The air duct of the Dehumidifying desiccant dryer adopts a closed circulation system, which is not affected by the external weather. It can dry materials well in dry weather or wet weather without reversing moisture, and has high product molding quality.
The Dehumidifying dryer first inhales the air in the environment to remove the moisture in the low dew point air, and then heats the dry air into one or more standard drying hoppers, thereby improving the drying efficiency and shortening the drying time. If the traditional hot air blower uses the moisture in the outside air to dry the material, it is difficult to achieve the drying effect. In addition, after the plastic or polymer is taken out of the moisture-proof sealed packaging bag and exposed to the atmosphere, it will begin to absorb moisture from the atmosphere. The traditional hot air blower cannot prevent the plastic from continuing to absorb moisture, and the drying effect is poor.
The use of Dehumidifying material dryer can be divided into independent type and centralized type.
An independent Dehumidifying dryer usually includes a dryer host, a drying barrel and a suction machine. The stand-alone dehumidification dryer is suitable for a small amount of various drying, and its advantages are high drying efficiency and convenient and quick material change.
The centralized Dehumidifying dryer includes a drying host and several drying barrels.
Each drying barrel has an independent heating controller, which can dry several different raw materials at the same time, and cooperates with the air volume control valve to control the air volume of each drying barrel, which is suitable for mass production of plastics.
The working principle of this basic solution is: pour the cleaned and crushed plastic into the feeding box, start the motor, and the motor drives the first fan to rotate. When the first fan rotates, a large amount of airflow is generated, and the airflow gradually removes all plastic Blow into the spiral tube. Open the valve, the dry powder falls into the spiral tube, the airflow will blow the dry powder and the plastic at the same time, when the absorbent powder comes in contact with the water on the plastic, it will absorb the moisture. The output end of the motor can also drive the first gear to rotate, the first gear drives the second gear to rotate, the second gear drives the gear shaft and the worm on the gear shaft to rotate, the worm drives the worm wheel to rotate, and the worm wheel drives the rotating ring to rotate. When the plastic passes through the rotating ring with elastic strips, the elastic strips in the rotating ring will brush to the plastic and make the plastic rotate to change the direction, so that every surface of the plastic can contact with the dry powder and get dried. When the plastic passes through the rotating ring with a brush, the brush can brush off the dry powder contaminated on the plastic, and separate the plastic from the dry powder.

Product alias:Dehumidifying dryer

Dehumidifying pellet dryer application

The working principle of this basic solution is: pour the cleaned and crushed plastic into the feeding box, start the motor, and the motor drives the first fan to rotate. When the first fan rotates, a large amount of airflow is generated, and the airflow gradually removes all plastic Blow into the spiral tube. Open the valve, the dry powder falls into the spiral tube, the airflow will blow the dry powder and the plastic at the same time, when the absorbent powder comes in contact with the water on the plastic, it will absorb the moisture. The output end of the motor can also drive the first gear to rotate, the first gear drives the second gear to rotate, the second gear drives the gear shaft and the worm on the gear shaft to rotate, the worm drives the worm wheel to rotate, and the worm wheel drives the rotating ring to rotate. When the plastic passes through the rotating ring with elastic strips, the elastic strips in the rotating ring will brush to the plastic and make the plastic rotate to change the direction, so that every surface of the plastic can contact with the dry powder and get dried. When the plastic passes through the rotating ring with a brush, the brush can brush off the dry powder contaminated on the plastic, and separate the plastic from the dry powder. When the dry powder is blown near the powder outlet, since the diameter of the powder outlet is smaller than the plastic, the dry powder will flow out of the powder outlet.
The beneficial effects of this basic solution are:
1. In this solution, the airflow generated by the first fan blade is used to blow the plastic and blow the plastic into the spiral tube. Due to the long path of the spiral tube, the plastic will be blown by the airflow for a long time, and the airflow can blow the spiral. The water on the pipe blows away.
2. In the prior art, when the plastic is intensively dried, the drying effect of the intermediate plastic is not good. In this solution, the plastic does not enter the spiral tube at the same time, but is gradually blown into the spiral tube by the airflow, so the airflow can contact all the plastics and blow down the water on the plastics, and all the plastics can be obtained. dry.
3. After pouring the dry powder into the powder inlet, the dry powder can absorb the water on the plastic surface after contacting with the plastic, and not all the plastic enters the spiral tube at the same time, but the plastic is blown into the spiral tube successively. Therefore, as long as the dry powder is continuously added to the powder inlet, the dry powder can adhere to and dry all the plastics.
4. Although the drying effect of the dry powder is good, it is not easy to fall off when it is attached to the plastic. In this solution, when the plastic passes through the rotating ring with the brush, the brush can brush off the dry powder on the plastic and separate the dry powder from the plastic.

Further, a heating device is provided in the feeding box. With this solution, after the airflow formed by the rotation of the first fan blade is heated, the airflow has a better drying effect on the plastic.
Further, a cloth bag is sleeved on the powder outlet. With this scheme, the dry powder will fall into the cloth bag after falling out of the powder outlet.
Further, the dry powder is a water-absorbing resin. The water-absorbing resin has good water absorption properties and can be reused.
Further, the spiral tube is provided with a collection box at one end away from the feed box. The collection box is used to collect the dried plastic.
Further, the bottom of the collection box is provided with a number of springs, the top of the springs is detachably connected with a number of collection plates, the collection plates are slidably connected to the inner wall of the collection box, the collection plates are provided with a number of screen holes, and the collection box rotates. A fan blade rod is connected, and a second fan blade and a cam are coaxially provided on the fan blade rod. The second fan blade is aligned with one end of the spiral tube away from the feeding box, and the cam abuts against the collecting plate. When the plastic enters the collection box, it will inevitably be contaminated with some dry powder. With this solution, when the airflow flows out of the spiral tube, the second fan blade will be blown. The second fan blade drives the cam to rotate. The cam drives the collecting plate to vibrate up and down, and the collecting plate drives the plastic to vibrate. The dry powder on the plastic will vibrate and pass through. The sieve enters the bottom of the collection box.
In the specific implementation, the cleaned and crushed plastic is put into the feeding box 2 from the feeding port 3, the motor 4 and the heating wire are started, and the valve is opened. After the first fan blade 20 rotates, an air flow is generated. The air flow is heated by the heating wire, and the air flow blows the plastic into the spiral tube 8 and heats and drys it. After the valve is opened, the water-absorbent resin falls into the spiral tube 8 and is contaminated on the plastic, and the plastic is absorbed and dried. At the same time, the airflow blows the plastic and the water-absorbent resin to continue moving in the spiral tube 8. The first gear 5 on the motor 4 drives the second gear 6 to rotate, the second gear 6 drives the worm gear 9 and the worm 10 to rotate, and the worm gear 9 drives the rotating ring 18 to rotate. When the plastic passes through the rotating ring 18 on the left, the plastic rotates under the action of the elastic strip 19 so that all surfaces of the plastic can contact with the water-absorbing resin. When the plastic passes through the rotating ring 18 on the right, the water-absorbing resin on the plastic will be brushed off by the brush. Most of the water absorbing resin can pass through the screen and enter the cloth bag 11 when passing through the powder outlet. The plastic continues to move in the spiral tube 8 and finally enters the collection box 12. When the airflow enters the collection box 12 from the spiral tube 8, the airflow will blow the second fan blade 16. The second fan blade 16 drives the fan rod 15 to rotate, the fan rod 15 drives the cam 17 to rotate, and the cam 17 drives the collecting plate 13 Vibration, the collection plate 13 drives the plastic to vibrate, and the water-absorbing particles on the plastic will be shaken down and pass through the sieve holes on the collection plate 13, and finally fall to the bottom of the collection box 12.
 
Application of Dehumidifying dryer on PET materials Application of plastic dryer in bottle blowing Application of plastic dryer in resin industry
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Application of plastic dryer in PE industry Application of plastic dryer in TPU industry Application of plastic dryer in PPO industry
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Central feeding system Dehumidifying dryer Dehumidifying dryer for injection molding industry Dehumidifying dryer for blow molding industry
Dehumidifying dryer,plastic dryer, plastic dryer plastic resin dryers
Dehumidifying pellet dryer This is a device used to dehumidifying plastic resin to achieve drying. For example,
POM,ABS,TPE,PAL,ABS,CAB,EVA(2),EVOH,LM(4),LCP,PA11,PA6.46.6,PAI,PAR,PBT,
PC,PC/ABS,PC/PBT,PE.HDEPE,LDPE black3%,PE.HDEPE.LDPE black40%,PEEK,PE(1),
PEN,PES,PET,PETG,PI,PMMA,POM,PP,PPO,PPS,PS,[GPPS.EPS.HIPS],PSU,PIT,PUR,
PVC,SAN,SB,TPE,TPE,TPO,TPU,
Dehumidifying pellets dryer and other plastic resins must be dehumidified and dried during the production process to improve the quality of the finished product.

Dehumidifying pellet dryer Precautions

Dehumidifying pellets dryer

1. Precautions for operation of desiccant dryer:


1.) Make sure that the dehumidification dryer has been installed and adjusted;

2. )Turn on the power switch on the control box power supply and the dehumidifier panel;

3. )Check the temperature indication of the material barrel frequently, and repair it in time if any malfunction is found;

4. )When the temperature rises to the specified temperature, check whether it is consistent with the temperature of the lower part;

5. )Keep the barrel full at any time during production;

6. )The raw materials can be produced only after the specified drying time is fully reached;

7. )When the drying is completed, when the machine is to be shut down, close the feeding plate first, and then close the feeding system after pumping the bottom raw materials.

 2. Maintenance of dehumidification dryer:

1. )Please confirm to provide cooling circulating water before machine operation;

2. )Regularly clean the dehumidification return air aluminum mesh and the recycled motor aluminum mesh;

3. )Regularly check whether the pipeline is damaged, loose, or dew;

4. )Regularly check whether the floating belt is worn.
 

Maintenance of Dehumidifying desiccant dryer:

1. Record the daily operation and maintenance of Dehumidifying desiccant dryer and establish files;
2. Regularly train operators, especially new employees;
3. Regularly maintain and maintain the single machine in the system;
4. Regularly check for leaks in conveying pipelines, especially vacuum pipelines and compressed air lines;
5. Clean the dust on the electrical parts of the equipment regularly.

Maintenance of Dehumidifying granules dryer:

1. During the drying process of the material, all parts of the equipment in contact with the material need to be cleaned and sterilized;
2. The best operating temperature range of Dehumidifying desiccant dryer is 15℃~40℃ to avoid excessively low or high temperature, which will affect the dehumidification efficiency or damage the equipment;
3. Regularly clean the central filter in the desiccant dryer, and replace it if it is damaged;
4. Clean the air filter regularly (about once every two weeks) to maintain the dehumidification and dust removal efficiency and life of the machine;
5. After cleaning the suction hopper and drying barrel, install them in place;
6. In order to improve the solubility, instant solubility, and dry products, they should be continuously discharged from the drying chamber quickly and packaged after cooling.
Doing the above maintenance work on the Dehumidifying dehumidification dryer can reduce the probability of equipment failure, reduce maintenance costs, and effectively extend the service life of the Dehumidifying pellet dryer.

Product alias:Dehumidifying dryer,Dehumidifying material mixture dryer,Dehumidifying polymer dryer

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