Industrial Heat Pump Wood Dryer & Ceramics Dehydrator – Energy-Efficient Leather Drying System for Crafts
The MeiYa Industrial Heat Pump Dryer redefines precision drying for woodworking, ceramics, leathercraft, and artisanal industries. Combining heat pump efficiency, adaptive humidity control, and industrial-grade durability, this system ensures optimal moisture removal while preserving material integrity—ideal for high-value crafts, furniture, and decorative items.
Core Innovations & Technology
1. Multi-Material Drying Expertise
• Wood Drying: Gentle heat pump cycles (35–60°C) prevent warping and cracking in hardwoods (e.g., oak, teak) and softwoods (pine, cedar). Achieve <12% moisture content for furniture-grade lumber.
• Ceramics & Clay: Low-temperature drying (30–50°C) prevents shrinkage and cracks in pottery, tiles, or sculptural pieces.
• Leathercraft: Precision humidity control (15–40% RH) ensures uniform drying of hides without stiffness or brittleness.
2. Energy-Efficient Heat Pump System
• 70% Energy Savings: Closed-loop heat recovery recycles thermal energy, reducing power consumption versus traditional kilns or dehumidifiers.
• Solar-Ready Design: Integrate renewable energy to cut carbon emissions by 40% (aligned with EU Green Deal targets).
3. Smart Control & Customization
• Touchscreen Interface: Pre-set programs for wood, ceramics, leather, and custom materials. Monitor real-time temperature (±1°C) and humidity (±3% RH).
• Modular Chamber Design: Adjustable racks and trays accommodate planks, pottery, or leather sheets (max load: 2 tons).
4. Durable Industrial Construction
• 304 Stainless Steel Frame: Resists corrosion from moisture and chemical exposure.
• Overheat Protection: Auto-shutdown and alarms ensure safety during prolonged cycles.
Applications & Success Stories
Woodworking & Furniture
A Canadian furniture manufacturer reduced drying time by 50% while achieving <10% moisture in maple wood, eliminating post-production defects.
Artisanal Ceramics
A Spanish studio preserved intricate glaze details in clay vases using 40°C drying cycles, reducing rejection rates by 30%.
Luxury Leathercraft
An Italian tannery optimized buffalo hide drying, achieving uniform suppleness for premium handbags and upholstery.
Technical Specifications
• Temperature Range: 25–80°C
• Humidity Control: 10–90% RH
• Chamber Capacity: 5–20 m³ (customizable)
• Power: 15–30 kW (3-phase, 380V/50Hz)
• Certifications: CE, ISO 9001, RoHS
Market Advantages
✅ Precision & Quality: Lab-tested moisture uniformity for crafts and industrial materials.
✅ Cost Efficiency: ROI in 18–24 months via energy savings and reduced waste.
✅ Global Compliance: Meets EU, North American, and Asian safety standards.
Why Choose MeiYa?
• 12+ Years of Expertise: Trusted by woodworkers, ceramicists, and tanneries worldwide.
• Lifetime Support: 12-month warranty + 24/7 technical assistance.
Elevate Craftsmanship with Sustainable Drying Technology
From warping-free wood to flawless ceramics, MeiYa’s heat pump dryer ensures perfection.
📧 Contact us for a free drying consultation or custom quote!
MeiYa Heat Pump Dryer Machine
- No MOQ & Customization Unlimited
- Drying + Dehumidify + Cooling
- PLC + Touch Screen Control
- 7-10 Days Delivery Time
Parameter:
| Single dryer+drying chamber | ||||
| Model | Unit | MY-03RD | MY-06RD | MY-12RD |
| Power input | KW | 5.5 | 9.5 | 19.4 |
| power supply | V/PH/HZ | 380V/3PH,50/60HZ | 380V/3PH,50/60HZ | |
| 220V/1PH,50/60HZ | ||||
| Rated current | A | 9.6A(380V),22A(220V) | 17.0 | 30.0 |
| Heating capacity | KW | 10.5 | 21.0 | 42.0 |
| Cooling capacity | KW | 7.8 | 18.0 | 32.0 |
| Dehumidity | L/H | 12.0 | 25.0 | 50.0 |
| Max temperature | ℃ | ≤75 | ≤75 | ≤75 |
| Working condition | ℃ | 0-43 | 0-43 | 0-43 |
| Electric shock protection grade | 1 | 1 | 1 | |
| Max exhause pressure | M(P)a | 30 | 30 | 30 |
| Noise | d(B(A | 75 | 75 | 75 |
| Power consumption/H | KWH | 4.8 | 8.5 | 15.0 |
| Electric heater | KW | 3.0 | 6.0 | 12.0 |
| Blowing type | / | HORIZONTAL BLOWING TYPE | ||
| Demsnssion of dryer | MM | 3160*2070*2200 | 5700*2170*2200 | 5810*3230*2200 |
| Weight | KG | 180 | 285 | 480 |
Buying Guiding:
Recommend drying machine+Drying chamber sizes
| ITEM | DESCRIPTION | PRODUCT CAPACITY | DRYING CHAMBER SIZE |
| 1 | One unit MY-03RD+Drying chamer | 300/batch | 4000*2000*2200 |
| 2 | One unit MY-06RD+Drying chamer | 600/batch | 6000*2800*2200 |
| 3 | One unit MY-12RD+Drying chamer | 1300/batch | 6000*3000*2200 |
| 4 | Two unit MY-03RD+Drying chamer | 1200/batch | 7000*2200*2200 |
| 5 | Two unit MY-06RD+Drying chamer | 1500/batch | 10000*2800*2200 |
| 6 | Two unit MY-12RD+Drying chamer | 3500/batch | 10000*3000*2200 |
Our Projects:
Our Factory:
Production Processing:
Drying Machine Components:
Standard Working Modes:
- Typically 3 modes available:
- Drying Only
- Rapid temperature rise; unable to discharge moist air
- Drying + Dehumidify
- Chamber temperature rises while discharging moist air
- Cooling
- Temperature can drop to 10°C (minimum)
- Important Note:
- If temperature control becomes unstable, switch to Temperature & Humidity Mode.
- Drying Only
Drying Machine Common Issues
- Q1: High Pressure Protection
- A1.1: Hot air circulation system failure
- AC contactor overload protection
- (Check phase loss/loose terminals/voltage instability)
- Partial fan failures
- (Verify switches configuration and burnt components)
- Mechanical fan damage
- (Replacement or removal required)
- AC contactor overload protection
- A1.2: Tray overloading phenomenon
- Optimal spacing: 8-10cm between trays
- (Causes airflow obstruction in drying chamber)
- Optimal spacing: 8-10cm between trays
- A1.3: Electronic expansion valve anomalies ▪ Automatic minimum aperture adjustment
- (Sensor calibration: Reposition or exchange Sensor 1/2) ▪ Valve body malfunction
- (Manual rotation intervention needed)
- (Sensor calibration: Reposition or exchange Sensor 1/2) ▪ Valve body malfunction
- A1.4: Chamber overheating condition
- (Temperature parameter adjustment solution)
- A1.5: Refrigerant specification error
- (High-temperature type gas recharge required)
- A1.1: Hot air circulation system failure
- Q2: Low Pressure Protection
- A2.1: Gas leakage scenario
- (Leak detection and repair protocol)
- A2.2: Extreme cold environment
- (Extended check intervals or R22/R417A refill)
- A2.3: Valve aperture deficiency
- (Expansion valve opening adjustment method)
- A2.1: Gas leakage scenario
- Q3: Exhaust Temperature Overload
- A3.1: Gas leakage recurrence
- (Refers to Q2.1 resolution process)
- A3.2: Valve operational failure
- (See A1.3.2 corrective action)
- A3.1: Gas leakage recurrence
- Q4: Sensor Malfunction
- A4.1: Temperature sensor defect
- (Replacement procedure guidelines)
- A4.1: Temperature sensor defect
- Q5: Moisture Evacuation Failure
- A5.1: Dehumidification fan damage
- A5.2: Control system malfunction
- A5.3: Power delivery irregularity
Our Services
A. Payment Service
- T/T (Telegraphic Transfer)
• Applicable to all transaction types. - L/C (Letter of Credit)
• Exclusively available for container orders. - Western Union
• Recommended for sample orders and spare parts procurement.
B. Technical Service
- Capacity Analysis & Model Recommendation
• We provide customized capacity calculations and optimal model selections based on operational requirements. - Professional Technical Support
• Comprehensive refrigeration and electronic engineering assistance for installation, debugging, and system operation. - Spare Parts & Post-Warranty Support
• Genuine spare parts and technical guidance provided during and after the warranty period. - Training Programs
• On-site or factory-based training courses available upon request.
C. After-Sales Service
- Technical Assistance
• Continuous support for installation, operation, and maintenance. - Warranty Policy
• 12-month warranty coverage with optional extension. - Cost-Effective Post-Warranty Support
• Spare parts and technical services offered at competitive rates after warranty expiration.
