Fully automatic carrot dehydration dryer

NegotiableUpdate on 01/17

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The typical materials dried by the fully automatic carrot dehydration dryer include garlic slices, pumpkin, carrots, konjac, yam, bamboo shoots, horseradish, onions, apples, etc.

Product Details

　　Fully automatic carrot dehydration dryerWorking principle: It consists of main components such as feeder, drying bed, heat exchanger, and dehumidification fan. When the dryer is working Cold air is heated through a heat exchanger using a scientifically reasonable circulation method, allowing the hot air to flow through the dried material on the bed surface for uniform heat and mass exchange. The hot air flow in each unit of the machine is circulated by a circulating fan, and then the low-temperature and high humidity air is discharged, completing the entire drying process smoothly and efficiently.

　　Fully automatic carrot dehydration dryerIt is a type of equipment developed on the basis of traditional mesh belt dryers, with strong pertinence, practicality, and high energy efficiency Widely applicable for dehydration and drying of various regional and seasonal vegetables and fruits. Such as garlic slices, pumpkin, konjac, white radish, yam, bamboo shoots, etc. This machine consists of main components such as a feeder, drying bed, heat exchanger, and dehumidification fan. When the dryer is working Cold air is heated through a heat exchanger using a scientifically reasonable circulation method, allowing the hot air to flow through the dried material on the bed surface for uniform heat and mass exchange. The hot air flow in each unit of the machine is circulated by a circulating fan, and then the low-temperature and high humidity air is discharged, completing the entire drying process smoothly and efficiently. In traditional processing methods for a long time, they are all made by natural air drying. Until today, there are still some processing plants that use this method and sell it purely by hand as a selling point. However, with the continuous improvement of technology and mechanical manufacturing capabilities, more and more automation and mechanization methods are gradually replacing manual processing with the advantages of high yield, high efficiency, time-saving, and energy saving. It cannot be denied that the level of mechanical manufacturing has brought great convenience, changing the tedious and labor-intensive manual operation mode that consumes water and electricity, greatly reducing processing time, and significantly increasing production.