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JIANGSU GUOJIN DRYING TECHNOLOGY CO., LTD
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Heat Transfer Area 52M2 Sludge Hollow Paddle Dryer

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Heat Transfer Area 52M2 Sludge Hollow Paddle Dryer

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Brand Name : Guojin

Model Number : CHPD

Certification : ISO

Place of Origin : China

MOQ : 1 set

Price : Negotiable

Supply Ability : 10 sets per month

Delivery Time : 20-30days

Packaging Details : Standard export Carton

Item Name : Heat Transfer Area 52M2 Environmental Protection Industry Sludge Hollow Paddle Dryer

Application : Industry processing

Model type : Industry Paddle Dryer

Heat transfer area : 52 M2

Effective volume : 3.96 M3

Material : Stainless steel+carbol steel

Heating source : Electricity / Thermal Oil

Rotating speed : 5~10 RPM

Transmission power : 30KW

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Heat Transfer Area 52M2 Environmental Protection Industry Sludge Hollow Paddle Dryer

Paddle dryer is a kind of low-speed agitated dryer with agitated pulp inside the equipment to make the wet materials fully contact with heat carrier and hot surface under the stirring of paddles, so as to achieve the purpose of drying. The structure is generally horizontal, double axis or four axis. The paddle dryer is divided into hot air type and conduction type. The hot air type is through the heat carrier (such as hot air) and the material to be dried contact and drying.

Product Working Principle

Wedge shaped hollow blades are densely arranged on the hollow shaft, and the hot medium flows through the hollow shaft. The heat transfer area per unit effective volume is very large. The temperature of hot medium ranges from - 40 ℃ to 320 ℃, which can be steam or liquid type, such as hot water, heat transfer oil, etc. Indirect conduction heating, without carrying air to take away heat, heat is used to heat materials. The heat loss is only the heat dissipation to the environment through the insulation layer. The heat transfer surface of wedge blade has self-cleaning function. The relative movement of material particles and the wedge-shaped surface produces a washing effect, which can wash off the attached materials on the wedge-shaped surface, and keep a clean heat-transfer surface during operation. The shell of the pulp dryer is Ω type, and two to four hollow mixing shafts are arranged in the shell. The shell has a sealed end cover and an upper cover to prevent the leakage of material dust.

The heat transfer medium flows through the shell jacket and the hollow mixing shaft through the rotary joint. The hollow mixing shaft has different internal structure according to the type of hot medium, so as to ensure better heat transfer effect.

Product Feature

1. The heat consumption of blade is low:

Due to adopting indirect heating method, there will not be large amount of heat energy being taken away, besides there is additionally heat-insulation outside of heating drum body, therefore for paste materials, it only consume 1.2 kgs of steam to evaporate 1.0 kg of moisture inside the raw material.

2. The cost of the blade dryer is low:

For unit effective volume, there is a vast heat-convection area, thus it will shortens the processing duration, and also facilitates to reduce equipment’s sizes, in the end the construction area and space is greatly decreased.

3. The range of material to be processed is wide:

It can apply different heating medium, thus it can not only process heat-sensitive material but also material to be processed under high temperature. The commonly applicable heat medium is as: steam, thermal oil, hot water, cooling water and etc. It can not only run continuously but also intermittently in many process fields.

4. The pollution is less:

There is much less dust material being carried or emitted out to environment. There is also much less material solvent being evaporated, which is easy to be processed. For processing conditions such as there is contaminated material or there is solvent to be recovered, the close-circuit circulation mechanism can be adopted.

5. The operation cost is low:

By adopting low-speed stirring mechanism and reasonable structure and less wear allowance, the maintenance cost is also very low.

6. Steady operation:

Due to the special compression-expansion stirring function of V-shaped blade, it makes it possible to get material granule contact with heat-transferring surfaces fully, thus within the axial inter-zones, the material temperature, humidity and mixing gradient is very small, which can guarantee process stability.

Technical Advantage

1) High thermal efficiency which can reach 95%

2) Heat transfer medium does not contact the product.

3) Gas is not used to convey the product. Off-gas flow is minimal.

4) Precise control of temperature

5) Uniform product quality, through mixing and movement of the product

6) Continuous process on a once-through basis

7) High heat transfer area to process volume ratio - reduced floor space

8) Easy to operate, requires minimal attention

9) Safer than direct drying when processing combustible material

10) Simple durable design for easy and low maintenance

11) Dual counter-rotating shafts with unique intermeshing discs produce intimate mixing, uniform heat transfer, a high heat transfer rate, and a self-cleaning effect.A large heat transfer area to volume ratio is achieved by the use of hollow discs and a jacketed vessel, through which the heating medium flows. The result is a compact machine with less space requirements and lower installation cost.

Product Application

• The materials from such as the medicine t food , chemical industry, etc. can be dried.

• Suitable for pulpiness, paste-like mixture or power raw material.

• Temperature sensing material requiring the low temperature to be dried.

• Raw materials that are easy to oxidize or explode and have strong irritative or toxic.

• Demand to retrieve of the organic solvent.

Technical Parameters

Model HPD-3 HPD-9 HPD-13 HPD-18 HPD-29 HPD-41 HPD-52 HPD-68 HPD-81 HPD-95 HPD-110 HPD-125 HPD-140
Heat transfer area(m2) 3 9 13 18 29 41 52 68 81 95 110 125 140
Effective volume(m3) 0.06 0.32 0.59 1.09 1.85 2.8 3.96 5.21 6.43 8.08 9.46 10.75 12.18
Speed range(rpm) 5-20 5-20 5-20 5-20 5-20 5-10 5-10 5-10 5-10 1-8 1-8 1-8 1-8
Transmission power(kw) 2.2 4 5.5 7.5 11 18.5 30 37 45 55 75 90 110
Device width(m) 306 584 762 940 1118 1296 1474 1655 1828 2032 2210 2480 2610
Overall width(m) 736 841 1066 1320 1474 1676 1854 2134 2186 2438 2668 2732 2935
Equipment length(m) 1956 2820 3048 3328 4114 4724 5258 5842 6020 6124 6850 7500 7860
Total length(m) 2972 4876 5486 5918 6808 7570 8306 9296 9678 9704 10300 11800 12900
Center height(m) 380 450 534 610 762 915 1066 1220 1430 1560 1650 1760 1856
Total Equipment height(m) 762 838 1092 1270 1524 1778 2032 2362 2464 2566 2668 2769 2838

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Heat Transfer Area 52M2 Sludge Hollow Paddle Dryer
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Heat Transfer Area 52M2 Sludge Hollow Paddle Dryer

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