Professional Plastic dryer, Plastic pellet dryer, plastic Dehumidifying dryer manufacturer

Plastic dryer

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

TPU Hot Air Dryers

TPU Hot Air Dryers Details description

product name：TPU Hot Air Dryers

release time:2020-10-17

Numbering:TPU Dehumidifying dryer-001

Brand:wto-btb

Price:￥By function

weight :By function

unit weight:Kg/set

manufacturer:wto-btb

patent:wto-btb

Producing country:china

simple description:TPU Dehumidifying 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,
Dehumidifier dryer and other plastic resins must be
dehumidified and dried during the production process to
improve the quality of the finished product.

Product alias:TPU Dehumidifying dryer

TPU Hot Air Dryers Product introduction

TPU Hot Air Dryers parameter

TPU Dehumidifying dryer

Plastic material	Dryer	Density (kg/dm³)	Drying time（h)	Drying temperature (℃)	Atmospheric flow(m3/kg）	Moulding moisture content(%)	Initial moisture contnt(%）
ABS	√	0.55	2-3	85	2	<0.020	< 0.2
CAB	√	0.60	2-3	70	2	<0.020	< 0.6
EVA(2)	√	0.60	2-3	90-105	1.8	-	-
EVOH	√	0.60	2-3	90-105	2	-	-
LM(4)	√	0.50	3	600	2	<0.080	<0.2
LCP	√	0.80	3-4	150	2.2	< 0.01	<0.05
PA11	√	0.60	3-5	70-80	2	-	0.6-1.2*
PA6.46.6	√	0.60	4-6	70-80	2	0.15-0.02*	0.6-1.2*
PAI	√	0.85	6-8	180	2	<0.02	-
PAR	√	0.70	5-6	120	2	<0.02	-
PBT	√	0.80	3-4	130-140	2.2	<0.02	< 0.15
PC	√	0.65	2-3	120	2	< 0.02	< 0.3
PC/ABS	√	0.65	42798	100	2	< 0.020	<0.1
PC/PBT	√	0.75	3-4	110	2.2	-	-
PE.HDEPE. LDPE black3%	√	0.50	1	85	1.6	<0.01	<0.02
PE.HDEPE. LDPE black40%	√	0.70	2-3	80-90	2	<0.02	<0.2
PEEK	√	0.80	3-4	150-160	2.2	<0.05	<00.1
PE(1)(3)	√	0.75	4-5	140-160	2.5	<0.01	<0.2
PEN(1)(3)	√	0.86	5-6	150-170	3	<0.005	-
PES	√	0.80	3-4	150-180	2	<0.05	0.35
PET	√	0.84	5-6	160-180	3	<0.003	< 0.2
PETG	√	0.74	4-5	65	3.5	<0.01	<0.1
PI	√	0.70	2-3	120	2.2	<0.02	-
PMMA-	√	0.65	3-4	80	3	< 0.02	<0.3
POM	√	0.85	2-3	90-100	2	-	<0.15
PP	√	0.50	1	80-90	2	-	-
PPO	√	0.55	2	100-110	2	<0.01	-
PPS	√	0.80	2-3	130-140	2	<0.01	<0.03
PS [GPPS.EPS.HIPS]	√	0.55	1	80	1.7	<0.02	<0.05
PSU	√	0.80	3-4	120-130	2	<0.05	<0.1
PIT	√	0.80	5-6	130-150	3	<0.05	<0.2
PUR	√	0.75	2-3	70-90	2	<0.02	-
PVC	√	0.85	1	70-80	1.4	<0.02	-
SAN	√	0.55	2-3	80	2	<0.02	<0.1
SB	√	0.60	1-2	80	2	<0.02	-
TPE	√	0.65	2-3	110	2.2	<0.05	<0.3
TPE	√	0.65	2-3	80	2.2	< 0.1	-
TPO	√	0.55	3	70-90	2	-	-
TPU	√	0.75	2-3	70-100	2	< 0.02	-

Model	Capacity (KG)	HeatingPower (KW)	Blower (W)	Power (V)	Dimensions (HxWxD,MM)	Approx.Net Weight (KG)
HGB-6	6	1.5	150	1φ 220V	490x490x785	25
HGB-12	12	2	160	1φ 220V	540x435x850	35
HGB-25	25	3	150	1φ 220V	605x560x1240	50
HGB-50	50	3.9	160	3φ 380V	706x594x1410	75
HGB-75	75	4.2	240	3φ 380V	751x649x1520	105
HGB-100	100	6.2	240	3φ 380V	817x581x1670	125
HGB-150	150	7	240	3φ 380V	868x710x1800	160
HGB-200	200	11	300	3φ 380V	995x830x1930	210
HGB-300	300	18	320	3φ 380V	1160x975x2280	330
HGB-400	400	20	360	3φ 380V	1220x990x2330	365
HGB-500	500	22	750	3φ 380V	1150x1045x2430	385
HGB-600	600	24	750	3φ 380V	1210x1070x2540	400
HGB-800	800	30	1500	3φ 380V	1390x1120x2730	600
HGB-1000	1000	36	1500	3φ 380V	1525x1425x3670	650
HGB-1200	1200	36	1500	3φ 380V	1600x1510x3722	835
HGB-1500	1500	40	2200	3φ 380V	1730x1680x3880	900
HGB-1800	1800	45	2200	3φ 380V	1835x1680x4060	1005
HGB-2000	2000	45	2200	3φ 380V	1870x1710x4415	1130
HGB-3000	3000	50	3700	3φ 380V	2080x1920x4520	1650
HGB-3500	3500	50	3700	3φ 380V	2141x1976x4863	2120
HGB-4000	4000	60	3700	3φ 380V	2192x2040x4936	2870
HGB-5000	5000	60	5500	3φ 380V	2355x2160x5120	3510

Plastic (resin) dehumidification dryer equipment

Energy saving Plastic desiccant dryer	Plastic crystallization Dryer	box type plastic resin dryer

Hopper desiccant dryer	Honeycomb plastic dehumidifier dryer	Standard plastic resin dryer

Standard plastic Dehumidifying Dryer	2 in 1 plastic desiccant dryer	3 in 1 plastic Dehumidifying Dryer

Product alias:TPU Dehumidifying dryer,TPU Hot Air Dryers

TPU Hot Air Dryers Equipment principle

TPU Dehumidifying dryer TPU Hot Air Dryers It adopts double condenser structure to ensure lower return air temperature and dew point.
1. TPU Hot Air Dryers Adopt P.I.D temperature control system, which has regeneration temperature setting and actual temperature display screen.
2. Adjustable rotating speed control of honeycomb wheel.

3. The honeycomb can reach a dew point of -40°C, and can reach a dew point of -50°C or even lower when the configuration is enhanced.
4. Optional PLC control with LCD touch man-machine interface.
5. Dew point meter that can monitor the dehumidification effect of the machine at any time is optional.
Plastic Dehumidifying Dryer,Plastic Dryer,Plastic dehumidification dryer, Plastic Dehumidifier,Resin Dryers, Resin dehumidifying, Resin Dehumidifier,Plastic drying equipment

Plastic Dehumidifying Dryer,Plastic Dryer,Plastic dehumidification dryer, Plastic Dehumidifier,Resin Dryers, Resin dehumidifying, Resin Dehumidifier,Plastic drying equipment

6. The machine occupies a small area and is easy to move, and the machine can be replaced at will.

Product alias:TPU Dehumidifying dryer

TPU Hot Air Dryers application

TPU Dehumidifying dryer

1. Foundry industry:
In this process, the wax mold is repeatedly immersed in the clay. These outer layers form the mold. When the wax is melted, the molten metal can be poured into it. Dry air (very low vapor pressure) is better than others. The heating source is more commonly used to dry the clay layer, because the dry air will not deform the wax mold. The use of a hygroscopic dehumidifier can stabilize the operating cost of foundries in the foundry industry and increase the production volume without slowing down the production pace in the wet months, and the process drying time can be shortened by 50%.
2. Dehumidification and drying of plastic raw material resin:
All plastic raw material resins have a certain degree of hygroscopicity. When the plastic raw material particles are extruded, the moisture is heated and evaporated by the plastic raw material dehumidifier. These vapors will cause cracks in the structure and appearance of the plastic material. The desiccant dryer can reduce the humidity in the plastic raw materials and improve the quality of the finished product.
TPU Hot Air Dryers;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,
Dehumidifier dryerand other plastic resins must be dehumidified and dried during the production process to improve the quality of the finished product.

Application of Dehumidifying dryer on PET materials	Application of plastic dryer in bottle blowing	Application of plastic dryer in resin industry

Application of plastic dryer in PE industry	Application of plastic dryer in TPU industry	Application of plastic dryer in PPO industry

Central feeding system Dehumidifying dryer	Dehumidifying dryer for injection molding industry	Dehumidifying dryer for blow molding industry

Product alias:TPU Dehumidifying dryer,TPU Hot Air Dryers

TPU Hot Air Dryers Precautions

TPU Dehumidifying dryer
TPU Hot Air Dryers Maintenance：
1. TPU Hot Air DryersCheck the parts regularly, 1-2 times a month. The inspection items are whether the worm, bearing, shaft seal and other movable parts are flexible in rotation and wear. Any defects should be repaired in time for normal use.
2.TPU Hot Air Dryers Electrical control parts should be kept clean and sensitive, and faults should be repaired in time.
3.TPU Hot Air Dryers When one use is completed or work is stopped, the remaining materials should be taken out of the plastic drying and mixing machine, and the remaining powder in each part of the machine should be cleaned. If it is out of service for a long time, the machine must be wiped clean and covered with a tarp cloth.
4.TPU Hot Air Dryers When assembling and disassembling the mixing paddle of the plastic drying color mixing machine, it should be disassembled, steadily installed, and handled gently to avoid deformation and damage.
Correct operation for TPU Hot Air Dryers:

1. Before starting up, check the power distribution of all equipment and pipelines before work. If there are hidden dangers, remove them and deal with them in time.
2. Clean the air inlet filter of the heater.
3. When the temperature of the imported heat transfer oil of the main engine rises to 100-120℃, the induced air can be started.
4. The inlet temperature of the cloth bag can reach 70℃ or higher, which can be opened for stirring, stirring, and the number of rotations is appropriate.
5. Air pressure: main machine inlet 6-10Mpa, cloth bag inlet, main machine outlet 20-26Mpa, cloth bag outlet 36-40Mpa.
6. Unloading will start within 15 minutes when the machine is turned on and the unloading cannot be stopped for any reason, until the material in the bag box is unloaded after the machine stops.
7. Each shift must have a special person to watch the instrument on the panel, and if there is an abnormality, and find it out in time, the watcher can not leave without authorization until the machine stops.
8. The feeding personnel should carefully observe the material during feeding to avoid foreign matter in the material and cause accidents.
9. In normal work, the temperature of the heat transfer oil inlet cannot exceed 250°C, otherwise it will be opened and closed immediately to cool down.
10. When you hear noise in the host during work, stop it immediately, open the side door of the host, cool down and use a magnetic stick or touch it to clean out the foreign objects.
11. When the power is cut off during work, immediately close the thermal oil valve, open and close, and open the side door of the main engine to cool down.
12.TPU Hot Air Dryers When the power is cut, the cloth bag should be cleaned first. When the induced air is turned on, open the side door of the main unit to observe whether there is sparks. If necessary, spray with water (mist).
13. If there is a sudden change in the radiator oil bag pipeline (severe oil leakage, fire, etc.), the main oil guide valve should be closed immediately, and on-site fire fighting should be carried out immediately, and the boiler should be notified to cool down.
14. If sparks and explosions are found on the main engine and the bag box, immediately stop the induced air, open the closed valve, and close the valve of the main oil pipeline.
15. When you find sparks in the bag, take the time to unwind the material that is on fire, flush the bag with water, and control the amount of water to prevent the bag from being damaged even if the water level is too high.
16. TPU Hot Air Dryers Operators must keep a clear head when they are on the job, and keep patrolling and checking and not leaving the job without permission.