About Honey Comb Filter Air Cooling Pad
Honey Comb Filter Air Cooling Pad
Cooling Pad is used by new generation high polymer material and the spatial crossing linking technology, has high absorbing water, high water resistant, anti-to get moldy and spoil, the service life long and so on merits.Moreover the evaporation relative surface is big, the temperature decrease efficiency reaches above 80%, does not contain the surface active agent, nature absorbing water, the propagation rate is quick,the potency is lasting.A water drop 4~5 second then proliferated finishes. International same profession standard nature absorbing water is 60~70mm/5min or 200mm/1.5hour.The cooling pad do not include causing the skin sensibility chemical substances and so on phenol, installs when the use to human body non-toxic harmless, green, security,energy conservation,environmental protection,economy.
Specifications:- Type: Air-Cooled
- Cooling Water: Industrial Water
- System Type: Combined
- Fans Species: Single-speed Fan
Advanced Honeycomb Evaporative TechnologyThe honeycomb structure enhances water distribution and maximizes surface area exposure, which ensures efficient evaporation and high cooling performance. This innovative design enables the pad to support increased airflow (up to 5000 CFM) and retains water up to 85% for consistent, long-lasting cooling, making it ideal for diverse Indian climate conditions.
Eco-Conscious, Safe, and DurableManufactured from biodegradable cellulose paper with anti-bacterial resin, our cooling pad is environmentally safe and non-toxic. The material resists deformation, absorbs no unpleasant odors, and provides lasting durability. Its anti-microbial features offer added hygiene, making it a reliable option for home, commercial, and industrial coolers.
Versatile Installation and Universal CompatibilityDesigned for easy insert or slide-in installation, the pad suits standard frames or panel mounts, supporting installation in various air coolers from leading brands. Custom shapes and sizes accommodate unique needs, while optional accessories, such as pre-filters and supporting frames, enhance adaptability and convenience for users across segments.
FAQs of Honey Comb Filter Air Cooling Pad:
Q: How does the Honey Comb Filter Air Cooling Pad improve cooling efficiency in air coolers?
A: The pads honeycomb structure allows for high water absorption and retention, exposing more surface area to airflow and facilitating rapid evaporative cooling. This results in greater temperature reduction and supports high air flow rates, ensuring consistent and efficient performance.
Q: What is the installation process for this cooling pad and is it compatible with any air cooler?
A: Installation is straightforwardsimply insert or slide the pad into the designated frame or mounting panel of your air cooler. Its universal design and customizable sizes ensure compatibility with most popular air cooler brands, both residential and industrial.
Q: When should the cooling pad be replaced, and what factors affect its lifespan?
A: The pad typically lasts between 1 to 3 years. Lifespan depends on water quality, frequency of use, and local environmental conditions. Hard or contaminated water may decrease longevity, so using treated or softened water can help extend its service life.
Q: Where can this cooling pad be used effectively?
A: It is suitable for use in industrial, commercial, and residential coolers, ventilation, and humidification units. Its efficient cooling and filtration make it ideal for spaces up to 1000 square feet and areas experiencing high temperature and humidity.
Q: What are the benefits of choosing a biodegradable, anti-microbial cooling pad?
A: Being biodegradable reduces environmental impact, while anti-microbial treated resin helps prevent mold and bacterial growth. This ensures cleaner air, promotes hygiene, and supports a safer, more sustainable cooling solution.
Q: How does the high water retention rate affect performance during peak usage?
A: The pads up to 85% water retention ensures longer evaporation cycles, minimizing the need for frequent re-wetting even during peak summer. This results in stable, uninterrupted cooling and energy savings as the component requires no power supply.