Ranque-Hilsch Vortex Tube | Industrial machinery cooling, Electronics | Aluminum body (6061-T6, ISO 527) ▲▲ Cooling capacity: -40°C below ambient (ISO 13789) ▲ Air consumption: 10-15 CFM (ASME PTC 1.3) | No electricity required, compact design, precise temperature control | Requires compressed air supply, limited cooling range for extreme environments |
Spot Cooling Tubing | Workshop tool cooling, HVAC maintenance | Copper-alloy core (ASTM B221) ▲ Flexibility: 180° bend radius (ISO 5566) Heat dissipation: 500 W/m² (IEC 60099) | Lightweight, easy installation, adaptable to irregular surfaces | Lower cooling intensity compared to vortex tubes, requires external airflow |
Aluminum Spot Air Cooler | Electronics enclosures, server cooling | Anodized aluminum fins (MIL-A-8625) ▲ CFM rating: 1200-1500 (ISO 13789) ▲▲ Pressure drop: <2 psi (ASME PTC 1.3) | High airflow efficiency, low energy consumption, corrosion-resistant | Larger footprint, noise level 65 dBA (louder than whisper) |
Refrigerated Air Chiller | Data centers, chemical processing | COP 4.2 (ISO 5199) ▲▲ Cooling capacity: 50-200 kW (IEC 60335) ▲ Temperature stability ±1°C (ISO 14644) | High cooling capacity, precise temperature control, scalable solutions | High energy consumption, requires maintenance, bulky installation |
Portable Evaporative Cooler | Outdoor events, warehouses | Water efficiency: 0.5 L/hr/kW (ISO 15251) ▲ Airflow: 5000 CFM (AMCA 210) ▲ Moisture output: 15-20% RH (ASHRAE 160) | Low cost, eco-friendly, no refrigerants | Ineffective in humid climates, requires water supply, limited cooling capacity |
Industrial Fan Cooler | Foundries, automotive workshops | Blade durability: 5000+ hours (ISO 2859) Noise level: 85 dBA (ISO 3744) ▲▲ Airflow: 10,000 CFM (AMCA 210) | High airflow volume, robust construction, cost-effective | No cooling capability, noise pollution, limited to ambient temperature reduction |