HS Series Muliti-layer Belt Dryer Tunnel

HS Series Muliti-layer Belt Dryer Tunnel - Image 2

HS Series Muliti-layer Belt Dryer Tunnel

It can work as ovens, roasters, toasters and coolers for wide variety of applications. The belt dryer uses air to transfer heat and remove moistrue as the product moves through multiple temperature zones on a conveyor bed. By adding rotary feeding device, the evenly spreading can be realized. And as there are no turnovers or drops during drying progress, the balanced drying can be ensured. With the automatic mixer and scraper feed the materials smoothly to the following process.

PRODUCT DETAILS

High Efficient Thermal Processing

Automatic belt dryers utilize distinct, independent temperature zones to customize thermal processing and optimize heat and mass transfer. Products flow through these separate zones, subject to carefully controlled airflow and temperature conditions. Precise regulation of airflow, temperature, and humidity helps maintain or create desired product characteristics while ensuring high operating efficiency and low operating costs. A cross-duct design maximizes humidity uniformity and delivers constant airflow to both sides of the product bed.

Customized Design Offers Best Performance

Each belt dryer is tailored to the unique processing needs of each customer’s product, achieving optimal performance and meeting the specific thermal and dehydration requirements. Customers can specify parameters such as feed and discharge material to ensure seamless integration into their plant design.

Flexible assembly results in cost efficiency

The HS Series belt dryers offer modular design options, effectively reducing costs associated with packaging, installation, and commissioning. Customers can choose between pre-assembly and on-site assembly for shipping. Pre-assembly saves time and site costs, while on-site assembly allows for installation in confined factory conditions and reduces shipping costs.

	HS-II-1.6-I Feed Section	HS-II-1.6-II Mid Section	HS-II-1.6-III Discharge Section	HS-II-2-I Feed Section	HS-II-2-II Mid Section	HS-II-2-III Discharge Section
Width Of Belt	1.6	1.6	1.6	2	2	2
Length Of Drying Section(m)	10	10	10	10	10	8
Thickness Of Material To Be Covered(mm)	≤100	≤100	≤100	≤100	≤100	≤100
Temperatuer(℃)	50-150	50-150	50-150	50-150	50-150	50-150
Heat Exchange Area(㎡)	525	398	262.5	656	497	327.5
Steam Pressure(Mpa)	0.2-0.8	0.2-0.8	0.2-0.8	0.2-0.8	0.2-0.8	0.2-0.8
Drying Time(H)	0.2-1.2	0.2-1.2	0.2-1.2	0.2-1.2	0.2-1.2	0.2-1.2
Power(Kw)	0.75	0.75	0.75	0.75	0.75	0.75
Overall Dimensions(m)	12×1.8×1.9	12×1.8×1.9	12×1.8×1.9	12×2.4×1.92	12×2.4×1.92	12×2.4×1.92

Important Parts Display


Specialized Heating System	Conveyor System
Overhead heat exchanger with centrifugal fan. Separate heating system with zone temperature control and humidity control.	All stainless steel material, with belt width 2000mm. The inlet and outlet is equipped with a turning device to ensure the uniformity of material thickness. Middle turning device can be added according to products.

Intelligent Control System	Multi-layer Dryer
With independent control cabinet for each set. PLC intelligent module control, touch screen interface, real-time display, easy to operate. Optional remote trouble shooting module.	Multi-layer automatic belt dryer optional. It’s more suitable for space limited factory, with reasonable use of space and reaching desired capacity.

APPLICATIONS

Automatic belt dryers are widely used in the processing of a wide range of industrial products, including snacks, granola, dehydrated fruits and vegetables, synthetic rubber, polymers, chemicals, and more. They are particularly suitable for drying well-ventilated flakes, strips, and granular materials. Even pasty materials such as filter cakes can be dried using a granulator or extruder mechanism. Belt dryers can be used as ovens, roasters, toasters, or coolers for a variety of applications. The product moves along a conveyor bed, passing through multiple temperature zones, where the air transfers heat and removes moisture. The addition of a rotary feeder allows the material to be spread evenly and ensures uniform drying because it will not flip or drip during the drying process. Automatic agitators and scrapers smoothly feed the material to subsequent processes.