How is the cooling efficiency of Honeycomb Type Evaporative Cooling Pad & Frame? How is its cooling effect compared to other structures?

1. High cooling efficiency
Honeycomb structure: Honeycomb Type Evaporative Cooling Pad & Frame is a honeycomb type evaporative cooling pad, which is composed of staggered cellulose materials and presents a honeycomb-like structure. This design increases the contact area between air and water, enhancing the efficiency of water evaporation. More water evaporation means that the air temperature can be reduced faster, providing a stronger cooling effect.
Large evaporation area: The honeycomb structure itself increases the air flow path. When the air passes through the cooling pad, it can contact the wet surface for a longer time, and the water has more opportunities to evaporate, which greatly improves the cooling efficiency.
2. Comparison with corrugated structure
Corrugated structure cooling pad: The cooling pad with corrugated design usually increases the surface area through the staggered wavy structure. Although it can effectively improve air flow, compared with the honeycomb structure, its air flow path is relatively simple and the contact area is relatively small, so the evaporation efficiency is slightly lower than that of the honeycomb type.
Advantages of honeycomb: In contrast, the complex porous structure of honeycomb cooling pads makes the air flow path in the pad more tortuous, increasing the contact time and area between air and water, so the cooling effect is more significant.
3. Comparison with mesh structure
Mesh cooling pad: The mesh structure is usually composed of thinner materials or fibers, which is more breathable, but the evaporation area and structural density are not as good as honeycomb or corrugated types, so the cooling effect is limited. Although mesh pads are easy to install and clean, their cooling efficiency is usually lower than that of honeycomb.
Advantages of honeycomb: Honeycomb cooling pads are stronger, thicker, and more absorbent than mesh cooling pads, and can continuously provide more efficient evaporative cooling effects.
4. Material treatment and durability
Cellulose material: Honeycomb cooling pads are usually made of high-quality cellulose materials and undergo special anti-corrosion treatments, such as adding thermosetting resins. This makes it not only more durable, but also maintains efficient cooling effects during long-term use.
This material is also antibacterial and anti-degradation, ensuring that the cooling efficiency of the cooling pad will not be affected by scale or bacterial growth during long-term use.
5. Air humidity and comfort
Honeycomb evaporative cooling pads can effectively reduce the temperature while increasing the humidity in the air, which is very beneficial for dry climate areas and makes the indoor air more comfortable. Compared with other structures, it performs better in regulating humidity and can keep the environment cool.
6. Applicable environment
Honeycomb cooling pad: Especially suitable for use in dry and hot climates, because the evaporation efficiency is more significant in low humidity environments. Under such conditions, the evaporative cooling effect of the honeycomb structure can be significantly better than that of corrugated and mesh cooling pads.
In humid environments, the cooling effect of honeycomb cooling pads may not be as obvious as in dry environments, but they can still provide effective air circulation and temperature regulation.