About Honey Comb Pads
Honey Comb Pads
We are involve in offering superior quality Honey Comb Pads. These Honey Comb are made from high quality of raw material which ensure durability at its user end. These products are available in market at most economical rates. The unique design allows for a low pressure drop across the pad whilst achieving a high cooling efficiency. The pad is designed to be self-cleaning and will retain its rigid structure when exposed to water making it extremely durable. Our pads are able to achieve exceptional wetting abilities to allow for optimal cooling effect in the most economic and environmentally friendly way. Applications:
| Residential |
Buildings |
Schools & institutes |
| Auditoriums |
Banquet halls |
Poultry farms |
| Shopping plazas |
Hotel |
Kitchens |
| Generator rooms |
Pharmaceutical plants |
Food processing units |
| Banks |
Offices |
Canteens |
| Temples |
Hospitals |
Bakeries |
| Factories |
Restaurants |
Show rooms
|
| Live stocks |
Green houses |
Superior Evaporation EfficiencyDelivering over 80% evaporation efficiency, our Honey Comb Pads offer robust cooling capability for evaporative air coolers and HVAC setups. The material composition, including high-quality cellulose paper treated with anti-fungal and antibacterial properties, ensures uniform air distribution and consistent water retention for enhanced comfort.
Customizable and Durable DesignAvailable in brown and green, with thickness options between 50mm and 200mm, our pads can be tailored to fit your specific cooler design. Reinforced edges with optional plastic or aluminum frames safeguard against damage and extend pad lifespan. Customers can choose panel or brick-type shapes according to application needs.
Low Maintenance and Safe OperationRoutine cleaning is all thats required to keep the pads functioning optimally. With fire retardant treatments and silent operation, they provide not only safety but also a noise-free environment. Anti-bacterial and odor control features contribute to healthy air quality for occupied spaces.
FAQs of Honey Comb Pads:
Q: How do Honey Comb Pads improve air cooling in evaporative systems?
A: Honey Comb Pads leverage a highly absorbent cellulose structure coated with anti-fungal agents to maximize evaporation, promoting cooler air flow and greater distribution efficiency. Proper placement enhances overall system performance in air coolers and HVAC units.
Q: What is the process for installing and replacing these cooling pads?
A: Installation is straightforward due to customizable sizing and reinforced edges; users simply fit the pad into their cooling equipment, securing any frame if needed. Replacement is equally hassle-free, typically matching the existing dimensions for seamless integration.
Q: When should the Honey Comb Pads be replaced for optimal cooling?
A: With a lifespan of 13 years depending on usage, its advisable to inspect pads annually and replace them when signs of wear, reduced absorption, or diminished cooling are noticed, ensuring continuous performance and hygiene.
Q: Where can these Honey Comb Pads be utilized apart from air coolers?
A: Besides evaporative air coolers, the pads are well-suited for HVAC system installations in residential, commercial, and industrial environments, offering flexible cooling solutions across various climate control applications.
Q: What benefits do the flame resistance and edge protection offer?
A: Fire-retardant treatments reduce fire risk, while reinforced edges with plastic or aluminum frames help prevent damage during handling and extend the pads functional life, assuring safe usage in high-demand environments.
Q: How does the Honey Comb Pad contribute to odor control and air hygiene?
A: Equipped with antibacterial properties and effective odor control, the pad provides cleaner air by minimizing microbial growth and unwanted smells, contributing to healthier living and working spaces.
Q: What maintenance is required for prolonged pad efficiency?
A: Low maintenance is a key advantage; periodic cleaning removes dust and buildup, preventing blockages and maintaining airflow and water absorption rates. No complex procedures are necessary, ensuring ongoing pad performance.