- Key Specifications
- Applications
- The Importance of Microwave Curing
- Microwave Volumetric Heating and Aerogel Microstructure Preservation
- Explosion-Proof Design
- dIIBT4 and Global Chemical Safety Compliance
- Adjustable Conveying Speed
- Process Adaptability: Aligning Continuous Production with International Delivery Schedules
- Aligning Typical Application Scenarios with International Market Demands
- Conclusion
Aerogel materials are renowned for their exceptional thermal insulation properties. However, the production of aerogel products requires strict control over curing conditions—an area where microwave curing technology offers a distinct advantage.
Key Specifications
- Dimensions: 30 m × 5m × 4 m
- Production Capacity: 10,000 m³/year
- Microwave Frequency: 2450 MHz ±50 Hz
- Conveyor Speed: 0.5–5 m/min
- Equipped with PLC touch-control system
- All-stainless steel construction
- Compliant with dIIBT4 explosion-proof standards
Applications
This system is widely suitable for aerogel curing, aerogel blanket production, and powder production.
The Importance of Microwave Curing
Traditional curing processes often suffer from long processing cycles, uneven curing, and production bottlenecks. Microwave technology delivers energy directly into the material’s interior, significantly enhancing curing efficiency.
Microwave Volumetric Heating and Aerogel Microstructure Preservation
Aerogel performance relies heavily on the integrity of its nanoscale pore structure. Traditional heat conduction methods heat from the outside in, often causing pore collapse or cracking due to temperature gradients. Microwave curing utilizes 2450 MHz electromagnetic waves to induce dipole rotation in polar molecules, achieving uniform volumetric heating. This eliminates internal-external temperature stress, accelerates curing, and preserves the aerogel’s low-density and high-porosity characteristics essential for high-performance insulation.
Explosion-Proof Design
Safety is paramount in chemical production. Pindom equipment features an all-stainless steel structure and adheres to explosion-proof standards, ensuring operational safety.
dIIBT4 and Global Chemical Safety Compliance
dIIBT4 is a key designation in IECEx and ATEX systems for Group IIB gases, with surface temperatures not exceeding 135°C. Pindom’s stainless-steel construction meets mechanical, static dissipation, and hygiene standards (FDA, EU 1935/2004), enabling direct deployment in Europe, North America, and Asia-Pacific markets.
Adjustable Conveying Speed
The variable-frequency conveyor system allows flexible speed adjustment (0.5–5 m/min) to meet specific product residence times and optimize production.
Process Adaptability: Aligning Continuous Production with International Delivery Schedules
With a 0.5–5 m/min speed range, the equipment supports R&D trials to large-scale production. Integration with the PLC system enables preset recipes and one-touch switching, ensuring consistent curing quality (ISO 9001) and flexibility for order fluctuations, helping maintain delivery stability.
Aligning Typical Application Scenarios with International Market Demands
The following validated scenarios demonstrate suitability based on equipment specifications and international standards.
New Energy Battery Thermal Management Aerogel felt provides critical fire-resistant insulation for EV battery packs, requiring low thermal conductivity (≤0.020 W/m·K) and IATF 16949 compliance. Pindom equipment delivers consistent 10,000 m³/year output with batch fluctuations below 3% and dIIBT4 safety.
Green Building Energy Efficiency Aerogel boards meet strict energy codes (EPBD, IECC) and EN 13501-1 standards for ultra-low energy buildings. The PLC system stores up to 50 recipes for rapid switching, supporting customization and large orders with adjustable speeds.
Industrial High-Temperature Piping For LNG and petrochemical pipelines (−196°C to 650°C), the equipment ensures precise curing to maintain thermal conductivity below 0.018 W/m·K and dimensional stability per ASTM and ISO standards.
Conclusion
Aerogel production relies on stable processes. Pindom’s PLC-controlled microwave curing equipment offers reliable hardware meeting international standards, precise control, and versatility for new energy, energy-efficient construction, and industrial insulation sectors.
