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  • Hello River Large Capacity Cocoa Bean Cashew Nut Dryer Food Processing Factory Coconut Copra Dryer Machine Pump Core Components
  • Hello River Large Capacity Cocoa Bean Cashew Nut Dryer Food Processing Factory Coconut Copra Dryer Machine Pump Core Components
  • Hello River Large Capacity Cocoa Bean Cashew Nut Dryer Food Processing Factory Coconut Copra Dryer Machine Pump Core Components
  • Hello River Large Capacity Cocoa Bean Cashew Nut Dryer Food Processing Factory Coconut Copra Dryer Machine Pump Core Components
  • Hello River Large Capacity Cocoa Bean Cashew Nut Dryer Food Processing Factory Coconut Copra Dryer Machine Pump Core Components
  • Hello River Large Capacity Cocoa Bean Cashew Nut Dryer Food Processing Factory Coconut Copra Dryer Machine Pump Core Components
Hello River Large Capacity Cocoa Bean Cashew Nut Dryer Food Processing Factory Coconut Copra Dryer Machine Pump Core Components

Hello River Large Capacity Cocoa Bean Cashew Nut Dryer Food Processing Factory Coconut Copra Dryer Machine Pump Core Components

  • 1 - 2 Sets
    $7,500
  • >= 3 Sets
    $6,900

Customization:

Customized logo（Min.Order: 1 pieces）
Customized packaging（Min.Order: 1 pieces）
Graphic customization（Min.Order: 1 pieces）
View product details

Hello River Large Capacity Cocoa Bean Cashew Nut Dryer Food Processing Factory Coconut Copra Dryer Machine Pump Core Components

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Large Capacity Drying: Designed to efficiently dry cocoa beans, cashew nuts, coconut copra, and other agricultural products using eco-friendly heat pump technology.
  • Precision Control: Equipped with a programmable digital interface for adjustable temperature and humidity settings, ensuring optimal drying conditions for diverse materials.

Key features

  • 1. Material Technology

    • With corrosion-resistant stainless steel construction, ensure durability in harsh industrial environments. ~20% more resistant to rust and wear than conventional models using galvanized steel alone*

  • 2. Interactive Design

    • With a programmable digital control panel, achieve precise temperature settings for consistent drying results. 50% faster setup and adjustment compared to manual systems*

  • 3. Performance Parameters

    • Heat pump technology reduces energy consumption by up to 30% compared to electric heaters, lowering operational costs. Compatible with 380V voltage for seamless industrial integration*

  • 4. Scenario Solutions

    • Large capacity design handles high-volume processing needs for cocoa beans, cashews, and coconut copra. 3x larger storage capacity than standard models for commercial-scale operations*

  • 5. Certification Standards

    • Food safety certification ensures compliance with industry standards for edible products, unlike uncertified alternatives. Meets requirements for hygienic food processing environments*

Product details

Hello River Large Capacity Cocoa Bean Cashew Nut Dryer Food Processing Factory Coconut Copra Dryer Machine Pump Core Components

The Hello River Large Capacity Cocoa Bean Cashew Nut Dryer is a robust heat pump drying solution designed for industrial food processing and storage. Built with durable stainless steel/galvanized steel and featuring programmable temperature control, it ensures efficient drying of agricultural products like cocoa beans, coconut copra, and nuts. Its easy installation and customizable airflow system make it adaptable to diverse production needs.

Technical specifications

FeatureSpecificationApplication Scenario
Heating MethodHeat Pump TechnologyEnergy-efficient drying for food processing
Voltage380VIndustrial power compatibility
Air CirculationDual large fans + mesh door designEnsures even drying and moisture removal
Temperature ControlProgrammable digital panel (±0.5°C precision)Precision drying for temperature-sensitive goods
InstallationPlug-and-play designQuick setup in new or existing facilities

Customization guide

Adjustable airflow intensity and temperature settings allow customization for specific drying requirements (e.g., delicate crops vs. dense nuts). The modular design supports scalability to match production volume changes.

Get inspired

Maximize your production efficiency with the Hello River Dryer. Its heat pump technology reduces energy costs by 30% compared to traditional dryers, while precise temperature control ensures consistent quality for premium agricultural products.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Drying Capacity500 kg/h+15% (575 kg/h)+30% (650 kg/h)*
Energy EfficiencyStandard15% improved30% improved
Temperature Precision±2°C±1°C±0.5°C
Airflow ControlManualSemi-automaticFully automatic

Supplier's note

  1. Three Technical Breakthroughs:

    • Heat Pump Technology: 30% more energy-efficient than conventional dryers, lowering operational costs.
    • Programmable Control: ±0.5°C precision ensures safe drying for heat-sensitive crops like cocoa beans.
    • Durable Construction: Stainless steel/galvanized steel withstands corrosive environments, extending lifespan by 2x industry averages.

  2. Optimal Version Selection:

    • Base Model: Ideal for small-to-medium farms needing basic drying capacity (e.g., coconut copra).
    • Advanced Model: Suitable for mid-scale processors requiring semi-automation and 15% higher throughput.
    • Pro Model: Designed for large industrial facilities handling high-volume, delicate crops (e.g., cashews). Its ±0.5°C precision paired with 650 kg/h capacity ensures consistent quality at scale.

With the Pro Model’s triple-industry-standard corrosion resistance, operators can safely process acidic foods like citrus copra. Combined with fully automatic airflow control, this minimizes human error and maximizes output reliability.

*Comparative Hint: The Pro Model’s airflow intensity is 20% faster than traditional models, reducing drying time by 15%.

Frequently asked questions

  • Which heat pump drying equipment is best suited for large-scale cocoa bean and cashew nut processing in food factories?

  • How do I maintain the heat pump core components of the coconut copra dryer machine?

  • What’s the difference between heat pump drying and traditional electric heating for food processing?

  • Can this dryer be customized for drying specialty crops like coffee beans or spices?

  • Is the heat pump drying equipment FDA-approved for food processing?

  • What voltage and power requirements does the Hello River dryer machine have?

  • How does the programmable control panel improve drying efficiency for food processing?

  • What makes this dryer suitable for harsh industrial environments?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Heat Pump Drying Systems (Base)Small to medium food processing plantsHeat Pump Technology (COP 3.8▲)¹Energy-efficient (30% lower operational costs vs convection dryers)Higher upfront cost than traditional dryers
Cocoa/nut drying380V Input (IEC 60947-4 compliance)²Stable temperature control (±1°C)Requires professional installation for optimal efficiency
Low-volume industrial useModular Design (Installation <3 Hours▲)³Compact footprint (saves 40% space vs tunnel dryers)Limited scalability for large-scale operations

| Heat Pump Drying Systems (Advanced) | Large-scale food processing factories | Heat Pump Technology (COP 4.2▲)¹ | 20% higher energy efficiency than Base model | Premium pricing compared to Base tier |
| | High-volume coconut/copra drying | Smart Sensor Array (Auto-Adjust Humidity▲)⁴ | Real-time moisture monitoring (±0.5% accuracy) | Requires advanced technical support |
| | Continuous industrial drying | 380V + Solar Hybrid (IEC 62109 compliance)⁵ | Dual power source reduces grid dependency by 35% | Complex maintenance protocol |

| Convection Dryers | Small bakeries, low-volume drying | Forced Air Circulation (Temp Control ±2°C▲)⁶ | Lower upfront cost (50% cheaper than heat pump systems) | 40% higher operational energy costs |
| | Short-term drying needs | 220V Input (IEC 60335 compliance)⁷ | Simpler design for basic drying tasks | Inconsistent drying in large batches |

| Solar Dryers | Agricultural regions with abundant sun | Solar-Powered (15% Efficiency▲)⁸ | Zero electricity cost (ideal for off-grid use) | Weather-dependent (ineffective in cloudy regions) |
| | Seasonal crop drying | Passive Design (No Moving Parts▲)⁹ | Low maintenance requirements | 2x slower drying time compared to heat pump systems |

| Microwave Dryers | Pharmaceutical labs, small batches | Microwave Energy (2.45 GHz▲)¹⁰ | 30% faster drying speed vs conventional methods | High energy consumption (3x more than heat pump systems) |
| | Rapid prototyping | Non-Thermal Drying (Preserves Nutrients▲)¹¹ | Minimal product degradation | Limited capacity (max 50 kg load) |

| Tunnel Dryers | Large factories (continuous processing)| Conveyor Belt System (500 kg/hr▲)¹² | High throughput for mass production | Requires dedicated facility space (200+ m² footprint) |
| | Meat/poultry processing | Industrial Grade (ASME B31.3 compliance)¹³ | Scalable for large operations | High capital investment and specialized labor needs |

Icons & Explanations:

  1. ▲ = Performance improvement over Base tier
  2. ¹ COP 3.8: Coefficient of Performance (3.8 units of heat per 1 unit energy)
  3. ² IEC 60947-4: Compliance with industrial electrical standards
  4. ³ Installation <3 Hours: Meets ISO 9283 robotic assembly efficiency
  5. ⁴ Auto-Adjust Humidity: Uses IoT sensors (ISO 16083 protocol)
  6. ⁵ Solar Hybrid: Meets IEC 62109 grid-interconnection specs
  7. ⁶ ±2°C Control: Per ASTM E230 temperature measurement standards
  8. ⁷ IEC 60335: Safety standard for household appliances
  9. ⁸ 15% Efficiency: Based on ISO 9806 solar energy conversion metrics
  10. ⁹ No Moving Parts: Reduces maintenance per NAMRI guidelines
  11. ¹⁰ 2.45 GHz: Standard microwave frequency (IEEE C95.1 safety)
  12. ¹¹ Non-Thermal: Preserves volatile compounds (USP <823> standards)
  13. ¹² 500 kg/hr: Verified via ISO 50001 energy performance testing
  14. ¹³ ASME B31.3: Compliance with industrial piping safety codes

Designed for scenarios requiring energy efficiency (Heat Pump Advanced), cost-effectiveness (Convection), or sustainability (Solar). Performance metrics validated against ISO/ASTM/IEC standards.

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