The Mesh Belt Carrot Flake Continuous Drying Machine with High Capacity is a high-capacity mesh belt drying machine designed specifically for continuous drying of carrot granules. Utilizing food-grade stainless steel and a multi-stage hot air circulation system, this machine enables continuous feeding, pengeringan, and discharging, making it particularly suitable for large-scale, industrialized carrot dehydration. It achieves high efficiency and high production capacity while minimizing the loss of color and nutrients (such as vitamins and carotene).

This carrot drying machine utilizes a continuous mesh belt drying principle. Fresh-cut or pre-processed carrot slices are evenly spread onto a mesh belt, which is slowly driven forward by a drive mechanism. Hot air is introduced into the drying chamber through a heating system (opsional: electric heating, uap, hot air furnace, thermal oil, or gas) and then passes through the carrot slices from bottom to top (or through vertical convection). The hot air evaporates, creating a moisture-removal channel that flows out of the chamber. The drying process is divided into several sections, with the hot air temperature, velocity, and dwell time in each section independently controlled to tailor the dehydration rate and heat resistance of the carrot slices at different stages.

The carrot flake dehydrating process is as follows:

Makanan: Carrot slices, which have been pre-treated by slicing, pucat, or dehydration, are evenly spread onto the mesh belt by a feeder.

Conveying and staged drying: The mesh belt moves slowly, and the carrot slices enter the drying sections sequentially. The hot air circulates independently in each section, and the temperature and humidity can be independently adjusted.

Airflow and Moisture Discharge: Hot air passes through the carrot granules, absorbing moisture and forming humid air. This air is then discharged through the dehumidification fan through the dehumidification outlet, with some of the humid air being recovered or recirculated.

Discharge and Cooling: The dried carrot granules fall through the final discharge system and can be cooled, packaged, or processed further.

This design allows for a continuous and modular drying process, achieving an optimal balance between output, energy efficiency, dan kualitas.

High Capacity / Continuous Operation
This continuous drying machine enables round-the-clock, uninterrupted production, with high output and efficiency, membuatnya cocok untuk produksi industri skala besar.

Uniform Drying / High Quality Consistency
Multi-stage hot air penetration and a highly breathable mesh belt structure ensure even distribution of hot air throughout the material layer, effectively preventing over-drying and under-drying of some sections.

Konsumsi Energi Rendah / High Thermal Efficiency
The hot air recovery and circulation design reuses heat; combined with independent local control, each section uses heat more efficiently, saving energy.

Excellent Nutrition and Color Preservation
Precise temperature control and low drying temperatures (adjustable on a section-by-section basis) minimize the destruction of sensitive components in carrots, such as vitamins, carotene, and pigments.

Flexible / Scalable / Small Footprint
The modular, multi-layer structure allows for large production capacity within limited plant space. Future expansion requires only additional modules.

Easy Operation and Maintenance / High Automation
The intelligent control system and automatic conveying and dehumidification mechanisms minimize manual intervention, resulting in stable operation and low maintenance costs.

Multi-stage temperature and air speed control system

Each drying zone can independently set temperature, air speed, and dwell time to suit the characteristics of carrot granules at different dehydration stages, preventing surface crusting or uneven dryness inside and outside.

Highly breathable mesh belt structure
Utilizing a food-grade stainless steel mesh belt (typically 12–60 mesh), the highly breathable belt allows hot air to evenly penetrate the carrot slices, ensuring uniform drying.

Hot air circulation + return air system
The hot air circulation system (with zoned return air or partial air recovery) reuses heat, improving thermal efficiency and reducing energy consumption, while also ensuring timely exhaust of humid air.

Modular, multi-layer/combined structure
The equipment can be configured in multiple layers (such as double-layer, triple-layer, or multi-chamber designs) to meet customer production capacity requirements, achieving larger drying areas and production capacity within limited space.

Intelligent monitoring and automatic adjustment
Equipped with temperature and humidity sensors, variable frequency control, a PLC, or a touchscreen interface, the equipment automatically monitors and adjusts operating parameters, ensuring a stable and reliable drying process.

Increased Output, Reduced Costs
The continuous, highly efficient drying method significantly increases production capacity per unit time, thereby reducing equipment depreciation and labor costs and improving production efficiency.

More Stable, High-Quality Products
Uniform drying, nutrient retention, and stable color make dehydrated carrot slices more competitive in the market and suitable for use as high-end ingredients or ready-to-eat products.

Energy Control and Operating Cost Savings
Hot air recovery and optimized section control reduce energy consumption per unit of material, saving electricity, fuel, and other energy costs in the long term.

Sustainable Expansion and Upgrade
As order volume grows, modular sections can be expanded or configurations adjusted without completely replacing equipment, providing flexible capital investment.

Reduced Labor and Simplified Management
High automation and automatic detection and adjustment reduce manual intervention, improve management efficiency, and are suitable for large-scale production management.

Keseluruhan, this Mesh Belt Carrot Granules Continuous Drying Machine is a highly efficient, kontinu, temperature-controlled, and energy-saving mesh belt drying machine specifically designed for carrot flake drying. Its core advantages lie in its modular design, multi-stage temperature control, highly breathable mesh belt structure, hot air circulation system, and automated control. These features significantly improve drying efficiency, reduce energy consumption, and ensure product quality (warna, nutrition, and uniformity). For users, it offers tangible benefits such as increased yield, reduced costs, stable quality, feasible expansion, and convenient operations.

Contact us now and leave a message online with your initial production capacity target, carrot flake thickness, plant area, preferred heat source, and other information. We can provide you with the most suitable equipment configuration, quote, and technical support. We look forward to working with you to build a high-quality carrot drying production line!

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