Cellulose pads for evaporative cooling

The core advantages of paper evaporative cooling pads: A natural, efficient, and economical cooling solution.

When seeking efficient cooling methods, paper evaporative cooling pads, with their unique principles and superior performance, are an ideal choice for industrial, agricultural, and commercial sectors.

Cooling Efficiency and Humidity Regulation

Powerful Cooling: Utilizing the natural principle of water evaporation and heat absorption, it effectively lowers the temperature of incoming air by 10°C to 15°C, instantly alleviating the heat.

Intelligent Humidification: While cooling, it replenishes the dry air with suitable humidity (up to 80-90% relative humidity), preventing excessive dryness from harming people, plants, or products, creating a more comfortable environment.

Energy Saving and Cost Control

Extremely Low Energy Consumption: Requires only a small-power water pump and fan, consuming only 10%-20% of the electricity of traditional compressor air conditioners, significantly reducing electricity costs.

Low Operating Costs: Requires no expensive refrigerants (such as Freon), only water and electricity are needed daily, maintenance is simple, and the total life-cycle cost advantage is significant.

Environmental Protection and Sustainability

Green Materials: The main raw material is renewable natural plant fiber (such as wood pulp and coconut shell fiber), and the production process is environmentally friendly.

Biodegradable: After its service life, the mat material can naturally degrade, reducing the environmental burden and conforming to the concept of a circular economy.

Zero Chemical Refrigerant: Only water is used as the cooling medium, with no greenhouse gas emissions, making it a truly “zero-carbon emission” cooling method.

Durable and Reliable Performance

Corrosion and Mildew Resistance: High-quality paper mats undergo special chemical treatments (such as impregnation with anti-corrosion and anti-algae agents), possessing excellent water resistance and mildew resistance, resulting in a longer service life.

Structural Stability: The advanced corrugated (honeycomb) design ensures the structural integrity of the mat under continuous water and airflow impact, preventing collapse and guaranteeing long-term stable ventilation and cooling effects.