Spray purification burrows require numerous nozzles spraying in closeness to the item to provide a consistent and even coverage of small drops. The small beads facilitate rapid transfer of heat to or from the target object during the heating or cooling phase, respectively.
Hollow cones are the most commonly used spray nozzles because they produce the smallest drops. The uneven ring-like spray pattern is compensated for by having multiple overlapping spray patterns. The overlapping hollow cone patterns provide an even distribution of small drops, which facilitate even and rapid heat transfer. Another advantage of hollow cone nozzles is that they are typically available in tangential spin designs, which saves space when headroom is limited.
Direct jets of cool air can also be used during the cooling phase of the sanitation process. This not only cools but also dries the product. A continuous flow of cool, relatively high-impact air generated from air blades can achieve this.
Using sprays instead of showers of liquid allows for precise control of the heating and cooling stages. The nozzles significantly increase the surface area of the liquid and increase heat transfer. This means less energy is wasted and the system's efficiency is improved.
Spray sanitization burrows require numerous nozzles spraying in proximity to the item to provide consistent and even coverage of small droplets. The small drops facilitate the rapid transfer of heat to or from the target object during the heating or cooling phase, respectively.
Hollow cones are the most commonly used spray nozzles because they produce the smallest drops. The uneven ring-like spray pattern is compensated for by having multiple overlapping spray patterns. The overlapping hollow cone patterns provide even distribution of small droplets, which facilitate even and rapid heat transfer. Another advantage of hollow cone nozzles is that they are usually available in tangential spin designs, which saves space when headroom is limited.
Direct jets of cool air can also be used during the cooling phase of the sanitation process. This not only cools but also dries the product. A continuous flow of cool, relatively high-impact air generated from air blades can achieve this.
