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Industrial food dehydrator

Industrial food dehydrator

  • Classification:Drying Oven
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  • Date of issue:2024-04-16 16:47:17
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Industrial food dehydrator


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Product Description



An industrial food dehydrator is a specialized piece of equipment used in the food industry for the purpose of removing moisture from various food products. Here are some key features and benefits of an industrial food dehydrator:

1. Large capacity: Able to handle large quantities of food simultaneously, suitable for commercial-scale operations.

2. High efficiency: Quickly and effectively removes moisture to reduce processing time.

3. Precise temperature control: Allows for optimal drying conditions to preserve the quality of the food.

4. Uniform drying: Ensures consistent drying throughout the batch.

5. Versatile: Can be used for a wide variety of food items.

6. Improved shelf life: Extends the shelf life of the food by reducing moisture content.

7. Preservation of nutrients: Helps retain the nutritional value of the food.

8. Easy to operate and maintain: Designed for simplicity and ease of cleaning.

9. Cost-effective: Can reduce waste and increase profitability by allowing for long-term storage of food.

10. Customizable settings: Can be tailored to specific food types and drying requirements.

These machines are commonly used in food processing facilities, manufacturers, and other commercial settings to produce dried food products for various applications.


INFRARED DRYER

Infrared (IR) dryers are modern day industrial drying solutions for material surface, Infrared (IR) dryer uses the infrared radiations, and Infrared radiations are invisible electromagnetic radiation whose wavelength is longer than the visible light wave range between 0.78 and 1000 µm. This type of radiation has characteristic to transfer thermal energy from warmer object to cooler object. The desired heat is produced at the surface of the targeted material, heat is produced on surface by matching the infrared emission spectrum of radiator to the absorption capacity of material.



Infrared waves are majorly classified based on the wave length range:


Short wave infrared (wavelength range from 780 nm to 1400 nm).

Medium wave infrared (wavelength range 1400 nm and 3000 nm).

Far infrared or dark emitters (Wavelengths above 3000 nm).



Infrared dryers belong to family of generate heat at targeted material type of dryers similar to microwave and RF dryers, however key difference is Infrared generates heat on the surface or material. Infrared dryers are best substitute to the conventional type dryers due to its property of dryer from outer crust to inner part.


Infrared dryer utilizes the high end infrared radiators as main source of heating, due this utilization of infrared for heating help the dryer to provide various advantages such as high efficiency, low response time, evenly heating the surface of material, lower energy consumption, Green technology and compact in size.


Advantages:

Highly efficient in converting electrical energy into heat for electrical IR.

Greater rate of heat transfer.

Compact in size .

Heats only the object without heating the environment.

Easy to zone for uniform heating of the product.

Faster response to changing process conditions.

Quick start up and shut down.

Easy to have cut off zones for narrow widths.

Easy to control and automate.

Lower capital and installation cost .

Can be easily be added to existing conventional dryers to increase line speed.

Infrared Air dryers suitable for solvent based coatings.


Application of Infrared Dryers:

Drying of Fruits and Vegetables .

Drying of ink and paper .

Drying of coats in Coating line .

Dry and Pre-dry Water and Solvent based Pressure Sensitive Adhesives.

Laminate foam to fabric using web adhesives for automotive and furniture industries.

Drying of water based latex and clay coatings on paper.

Preheat films for laminating and embossing.

Drying of fabrics in Textile.

Cure Silicone coatings on various substrates.

Dry and cure solvent base resin coatings for electronics industry.

Cure 100% solids resin coatings on fiberglass for Printed Circuit Boards.

Drying and curing coatings on industrial fabrics.

Drying of pharmaceutical coating .

Sterilisation of packaging containers for Food and pharmaceutical industries .


Specifications



Dry Oven Model

Voltage(V)

Power(KW)

Working Temperature

Inside Dimensions (D*W*H mm)

XTDQ-101-1A

220

1

indoor-300 deg C

250*250*250

XTDQ-101-2A

220

1.6

indoor-300 deg C

350*350*350

XTDQ-101-3A

220

2.2

indoor-300 deg C

350*450*450

XTDQ-101-4A

220

3.2

indoor-300 deg C

450*550*550

XTDQ-101-5A

220

4.6

indoor-300 deg C

500*600*750

XTDQ-101-6A

220/380

9

indoor-300 deg C

800*800*1000

XTDQ-101-7A

220/380

12

indoor-300 deg C

800*1200*1200

XTDQ-101-8A

380

15

indoor-300 deg C

1000*1200*1200

XTDQ-101-9A

380

18

indoor-300 deg C

1000*1200*1500

XTDQ-101-10A

380

21

indoor-300 deg C

1200*1200*1500

Other models can be customized according to customers' requirement.



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