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Drying Equipment
  • Customizable Industrial Mesh Belt Dryer Machine Rotary Equipment for Food Processing Drying Tea Leaves Forage Grass Powder
  • Customizable Industrial Mesh Belt Dryer Machine Rotary Equipment for Food Processing Drying Tea Leaves Forage Grass Powder
  • Customizable Industrial Mesh Belt Dryer Machine Rotary Equipment for Food Processing Drying Tea Leaves Forage Grass Powder
  • Customizable Industrial Mesh Belt Dryer Machine Rotary Equipment for Food Processing Drying Tea Leaves Forage Grass Powder
  • Customizable Industrial Mesh Belt Dryer Machine Rotary Equipment for Food Processing Drying Tea Leaves Forage Grass Powder
  • Customizable Industrial Mesh Belt Dryer Machine Rotary Equipment for Food Processing Drying Tea Leaves Forage Grass Powder
Customizable Industrial Mesh Belt Dryer Machine Rotary Equipment for Food Processing Drying Tea Leaves Forage Grass Powder

Customizable Industrial Mesh Belt Dryer Machine Rotary Equipment for Food Processing Drying Tea Leaves Forage Grass Powder

  • 1 - 2 Sets
    $25,000
  • >= 3 Sets
    $22,000
View product details

Customizable Industrial Mesh Belt Dryer Machine Rotary Equipment for Food Processing Drying Tea Leaves Forage Grass Powder

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Volume Drying Efficiency: Equipped with a stainless steel mesh belt and rotary drying technology, this machine efficiently dries agricultural products such as tea leaves, herbs, hemp, forage, and grass using gas heating.
  • Customizable Heat Source Integration: Designed to accommodate gas heating systems while offering flexibility for adapting heat sources in different versions, ensuring optimal drying performance for diverse materials.

Key features

  • 1. Material Technology

    • With a corrosion-resistant stainless steel body, you can ensure durable, long-lasting operation in high-temperature drying environments. Stainless steel construction also prevents contamination, maintaining purity for food-grade agricultural products like tea leaves and herbs.

  • 2. Interactive Design

    • With adjustable mesh belt speed and angle, you can optimize drying efficiency for materials of varying thicknesses (e.g., herbs vs. forage grass). This customization allows precise control over drying cycles for consistent quality.

  • 3. Performance Parameters

    • With a power range of 37–95 kW, you can achieve high-capacity drying for large-scale operations, processing up to 25% more material per hour than traditional rotary dryers*. The gas heating method ensures rapid, uniform drying while minimizing energy waste.

  • 4. Scenario Solutions

    • Designed for industrial-scale dehydration, this system efficiently handles delicate agricultural products like tea leaves and herbs, preserving nutritional content and color. Its customizable heat source ensures compatibility with moisture-sensitive materials, ideal for commercial food processing or agricultural storage.

  • 5. Certification Standards

    • Constructed with food-grade stainless steel, this dryer meets safety and hygiene standards for processing consumable goods. Its robust design also complies with industrial safety regulations for continuous operation in commercial settings.

Product details

Customizable Industrial Mesh Belt Dryer Machine Rotary Equipment for Food Processing Drying Tea Leaves Forage Grass Powder

The Industrial Mesh Belt Dryer Machine is a high-efficiency drying solution for tea leaves, herbs, hemp, forage, and grass. Designed with gas heating and corrosion-resistant stainless steel, it ensures uniform drying while preserving material quality. Customizable heat sources and belt configurations make it adaptable for diverse agricultural and industrial applications.

Technical specifications

FeatureSpecificationBenefit
Heating MethodGas heatingPrecise temperature control for consistent drying
MaterialStainless steelCorrosion resistance and durability
Power Range37 kW - 95 kWScalable energy output for varying loads
TypeRotary drying + Mesh belt dryerCombines rotary efficiency with belt flexibility
Application ScenarioTea processing, herb drying, forage preservationIdeal for semi-dried agricultural products requiring gentle dehydration

Customization guide

Adjustable parameters include heat source type (gas, electric, or biomass) and belt width/length to accommodate material thickness and production scale. For example, narrower belts suit delicate herbs, while wider belts handle bulkier forage.

Get inspired

Maximize efficiency in drying delicate agricultural products without compromising quality. Whether processing tea leaves or dehydrating herbs, this machine ensures uniform drying and extended shelf life for your materials.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Drying Capacity (kg/h)500-800+15% (575-920)+30% (650-1,040)
Energy Efficiency (kW/kg)0.05-10% (0.045)-20% (0.04)
Belt Width (m)0.8-1.21.0-1.51.2-2.0

Supplier's note

  1. Key Technical Breakthroughs:

    • Gas Heating Precision: Achieves ±2°C temperature stability, reducing over-drying.
    • Stainless Steel Construction: Resists corrosion from moisture and chemicals in agricultural products.
    • Rotary + Mesh Hybrid Design: Combines rotary’s even heat distribution with mesh belt’s airflow efficiency.

  2. Optimal Version Selection:

    • Base Model: Ideal for small-scale farms or facilities processing 500-800 kg/h of herbs or tea.
    • Advanced Model: Suitable for medium enterprises needing 15% higher capacity and 10% better energy savings.
    • Pro Model: Best for large-scale operations requiring high-volume drying (up to 1,040 kg/h) and 20% lower energy costs.

With the Pro Model’s expanded belt width (up to 2.0m), you can handle bulkier materials like forage grass efficiently. Pair its enhanced heat uniformity with stainless steel durability to ensure consistent quality even in high-humidity environments.

Frequently asked questions

  • Which model of industrial mesh belt dryer suits high-volume tea leaf drying operations?

  • How do I maintain the frothing nozzle of a gas heating industrial mesh belt dryer?

  • Stainless Steel vs Carbon Steel: Which is better for herb drying equipment?

  • Can I customize the heat source of rotary drying equipment for hemp processing?

  • Is the mesh belt dryer FDA-approved for dehydrated vegetable processing?

  • What capacity can the industrial mesh belt dryer handle for forage grass drying?

  • Does the rotary drying equipment support automation for continuous herb drying?

  • Which dryer type (rotary vs mesh belt) is best for delicate tea leaves?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Heating MethodIndustrial dehydration of agricultural products (e.g., tea, herbs)Gas combustion efficiency: 85% (ISO 14547) ▲▲
(Industry: 75%, Base: 80%, Advanced: 85%)		Cost-effective energy use; reduces operational costs.Relies on gas supply availability; may require infrastructure adjustments.
Material ConstructionHigh-corrosion environments (e.g., chemical processing)Stainless Steel 304 (ASTM A240) ▲
(Industry: 304L, Base: 304, Advanced: 316L)		Superior corrosion resistance for harsh materials.Higher upfront material cost compared to standard alloys.
Power RangeLarge-scale production facilitiesAdjustable 37–95kW (IEC 60038) ▲▲▲
(Industry: 20–50kW, Base: 30–70kW, Advanced: 37–95kW)		Scalable output for high-volume dehydration needs.Higher energy consumption; may require robust power infrastructure.
Dryer TypeDelicate material drying (e.g., herbs, forage)Mesh Belt (±2°C temp uniformity) ▲▲
(Industry: Rotary ±5°C, Base: Mesh ±3°C, Advanced: Mesh ±2°C)		Ensures uniform drying for fragile products.Lower capacity than rotary systems for bulk processing.
Customization SolutionDiverse processing needs (e.g., heat source flexibility)Customizable heat sources (gas/electric) ▲▲
(Industry: Fixed gas, Base: Gas/electric, Advanced: Hybrid solar/gas)		Adaptable to varying energy availability and material types.Higher initial setup costs for multi-source configurations.
AutomationPrecision drying in quality-controlled environmentsAutomated temp control (±1°C accuracy) ▲▲
(Industry: Manual ±5°C, Base: ±3°C, Advanced: ±1°C)		Consistent results; reduces human error in temperature management.Requires skilled technicians for calibration and troubleshooting.

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