Cooling Conveyors
Air/water-cooled system for simultaneous material transportation and temperature reduction.

Overview
The Cooling Conveyor System is an integrated solution for thermally managing materials during transit, combining precise temperature control with continuous material flow. Utilizing air-cooling (forced convection) or water-cooling (jacketed plates) technologies, this system efficiently reduces product temperatures from 300°C+ to ambient levels while maintaining production line integrity. Ideal for food processing, metalworking, and chemical industries, it adheres to GB/T standards for energy efficiency and operational safety.
Key Features
Design & Compliance
- Dual Cooling Modes
- Air-Cooled: Cools materials from 300°C to 50°C at rates up to 15°C/min (adjustable airflow: 500–5,000 m³/h).
- Water-Cooled: Rapid cooling from 600°C to 30°C via counterflow heat exchange (ΔT ≤5°C between inlet/outlet water).
- Precision Temperature Control
- ±2°C uniformity across the belt width for heat-sensitive products.
- Real-time IR thermography monitors product surface temperatures (±1°C accuracy).
- Energy-Efficient Design
- Recovers 40% of waste heat (water-cooled models) for facility heating or preheating.
- Variable-speed fans/pumps reduce energy consumption by 30% during partial loads.
Parameter | Air-Cooled | Water-Cooled |
Cooling Capacity | 50–2,000 kW | 200–10,000 kW |
Belt Width | 500–2,000 mm | 600–3,000 mm |
Belt Speed | 0.1–5 m/min | 0.05–2 m/min |
Max Inlet Temperature | 300°C | 600°C (ceramic-coated belts) |
Cooling Medium Temp | Ambient air | Chilled water (5–25°C) |
Power Consumption | 5–150 kW | 20–500 kW |
Noise Level | ≤75 dB(A) | ≤68 dB(A) |
- Hygienic Construction: Stainless steel 316L belts (Ra ≤0.5 μm) for food/pharma applications.
- Thermal Management: Redundant temperature sensors and emergency quench systems.
- Compliance: Meets GB/T 10595 (safety), GB 17167 (energy monitoring), and ISO 14001 (environmental).
- Food Industry: Post-baking cookie cooling, confectionery tempering.
- Metallurgy: Continuous casting slab cooling, forging part quenching.
- Plastics: Extruded profile stabilization, injection-molded part hardening.
- Chemicals: Catalyst bed cooling, polymer pellet crystallization.
- Hybrid Cooling: Sequential air + water cooling zones.
- Smart Controls: AI-driven adaptive cooling based on product thermal profiles.
- Special Belts: Magnetic retention for metal parts, anti-stick PTFE coatings.
- Explosion-Proof: ATEX-certified models for combustible dust environments.
- Process Integration: Reduces floor space by 50% vs. batch cooling systems.
- Quality Assurance: Prevents thermal shock with gradient cooling algorithms.
- Sustainability: Water-cooled models recycle 90% of coolant in closed loops.
- Low Maintenance: Self-cleaning nozzles and belt scrapers minimize downtime.
- Cooling Validation: CFD-optimized airflow/waterflow patterns for uniform ΔT.
- Warranty: 3-year structural warranty, 1-year cooling system coverage.
- Delivery: 14–20 weeks (standard); expedited options for hybrid systems.