Household Appliance Refrigerator Production equipment —Linear cabinet foaming line

Household Appliance Refrigerator Production Equipment - Linear Cabinet Foaming Line

Quick Detail

• Linear Configuration: Optimized straight-line production flow
• Production Capacity: 50-70 cabinets/hour (adjustable speed)
• Foaming Precision: ±0.15mm thickness tolerance
• Injection System: High-pressure (up to 180bar) polyurethane mixing
• Temperature Control: Multi-zone ±0.5°C accuracy
• Automation Level: Fully automated material handling
• Mold Change: <20 minutes with guided changeover system

Description

Our Linear Cabinet Foaming Line represents the gold standard in refrigerator cabinet insulation production. The system features a streamlined linear layout that optimizes production flow from loading to unloading stations. The process begins with automatic cabinet positioning using laser-guided alignment, followed by precision mold clamping with 250-ton locking force to prevent deformation. The advanced high-pressure injection system delivers perfectly mixed polyurethane foam with density consistency of 32±1kg/m³ throughout the entire cabinet structure.

The temperature-controlled molds maintain 42±0.5°C surface temperature via our patented water circulation system, ensuring uniform curing. An integrated exhaust system with HEPA filtration maintains clean air quality while removing byproducts. The intelligent control system features:

• Real-time pressure monitoring
• Automatic fault detection
• Production data logging
• Remote diagnostics capability

The linear design allows easy integration with upstream and downstream assembly processes, creating a seamless production line.

Applications

• High-volume refrigerator cabinet production
• Energy-efficient appliance manufacturing
• Multi-model cabinet foaming
• Commercial refrigeration unit production
• Custom cabinet designs requiring precise insulation

Competitive Advantage

✓ 25% Faster Cycle Times vs conventional systems
✓ 18% Material Savings with precision metering
✓ Energy Efficient operation with heat recovery
✓ Low Maintenance design with self-lubricating components
✓ Scalable Configuration for future expansion