Characteristics of dried fruit belt dryer

NegotiableUpdate on 05/13

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Nature of the Manufacturer: Producers

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Overview

The characteristics of the dried fruit belt dryer include a feeding system, a fabric system, an inlet air filtration system, a heating and cooling system, a main engine, a transmission system, a bypass filtration system, a discharge system, an exhaust and dehumidification system, and a control system.

Product Details

Characteristics of dried fruit belt dryerIt consists of a feeding system, a fabric system, an inlet air filtration system, a heating and cooling system, a main engine, a transmission system, a bypass filtration system, a discharge system, an exhaust and dehumidification system, a control system, etc. When working, the material is fed from the feeding system to the fabric system, and then added to the belt dryer. The material meets the through flow hot and cold air passing through the mesh belt for heat and mass transfer. The circulation of hot air can reduce energy consumption. After reaching a certain humidity, some parts are forcibly dehumidified to remove moisture, and the material is dried and cooled.Characteristics of dried fruit belt dryerAdopting a unique hot air circulation method, temperature self-control, and uniform hot air, it not only saves energy but also improves drying efficiency, prevents material discoloration during the drying process, and makes equipment cleaning more convenient. This equipment has significant characteristics such as relatively short total length, large drying area, high output, and energy saving, and has therefore been favored by a large number of users.

The principle of multi-layer utilization of hot air is adopted. The interior of the host is composed of 5 layers of stainless steel mesh belts, which are supported by the support rods below. The support rods are made of seamless pipes and are driven by chains on both sides. There are baffles on the top of the chains to prevent materials from falling into the middle of the track. The mesh belts are fixed on the support rods. The pure hot air from the hot air stove is sent to the bottom of the dryer through a blower. It first passes through the next layer of mesh belt and exchanges heat with the dry material to remove some moisture. Then, it passes through each layer of mesh belt layer by layer, forming a counter current heat exchange with the material. After reaching the upper layer and exchanging heat with the wet material, the humid air is basically saturated, and the induced draft fan is used to discharge the humid air outside through the dehumidification outlet. Adopting forced dehumidification airflow, multi-layer belt circulation flipping, drying materials layer by layer, fully utilizing hot air, drying and dehydrating quickly, running efficiently, and greatly reducing energy consumption.

Product feature description:

1. It is possible to adjust the air volume, heating temperature, material residence time, and feeding speed to achieve better drying effect.

2. The equipment configuration is flexible and can use mesh belt flushing system and material cooling system.

3. Most of the air is recycled and highly energy-efficient.

4. The unique air distribution device ensures a more even distribution of hot air and guarantees the quality of the product.

5. The heat source can be steam, thermal oil, electricity, or coal-fired (oil) hot blast stove.

It can be widely used in industries such as chemical, food, pharmaceutical, building materials, electronics, etc. It is particularly suitable for drying sheet, strip, and granular materials with good breathability. For filter cake and paste materials, they can also be dried after being formed by a granulator or extrusion mechanism. Suitable materials include seaweed, dehydrated vegetables, dates, pellet feed, monosodium glutamate, chicken essence, coconut milk, organic colors, synthetic rubber, acrylic fiber, pharmaceuticals, medicinal materials, small wood products, plastic products, electronic components aging, curing, etc.