About Chill Cel Cellulose Pad
Chill Cel Cellulose Pad
We manufacture our own high-density, cross-corrugated Chill Cel Cellulose Pad.They're matched to your cooler for maximum effect. Our ChillCel Cellulose Pad provide the highest cooling efficiency of any Evaporative Medium.
On average, Chill Cel Cellulose Pad are around 4"-8" thick,which we believe provides optimum efficiency.Other brands may claim that thicker pads provide better cooling. The facts are that only a certain amount of water can evaporate into the air Thicker pads cannot make any more water evaporate unless the pads themselves are quite inefficient to begin with.
Thicker pads may require greater power to draw the air through,a larger pump to move the volume of water required and provide an ideal environment for efficiency sapping salt and mineral buildup. In other words, they probably cost more to buy, more to run and need to be replaced more often.
High-Efficiency Evaporative CoolingChill Cel Cellulose Pads utilize advanced evaporative cooling technology to deliver effective air cooling and humidification. Their high water absorption and retention capability, combined with anti-algae and antibacterial treatments, ensures clean and continuous airflow. The result is enhanced comfort for workplaces, greenhouses, poultry farms, and other large spaces.
Customizable For Any ApplicationDesigned with versatility in mind, these pads can be tailored to fit a variety of installation needswhether you require different sizes, shapes, or mounting types. Choose from framed, slide-in, or modular installations and select optional accessories like frames and water distribution systems to match your exact requirements.
Durable, Safe, and Low-MaintenanceConstructed for long service life, Chill Cel Cellulose Pads offer fire resistance, UV stability, and resistance to microbial growth. With a washable core and robust build quality, they are simple to maintain, ensuring consistent performance and safety in high-demand environments.
FAQs of Chill Cel Cellulose Pad:
Q: How are Chill Cel Cellulose Pads installed for optimal cooling?
A: Chill Cel Cellulose Pads can be installed using either framed, slide-in, or modular mounting methods. They are compatible with panel, wall, or duct mountings, allowing for flexible installation in air handling units, greenhouses, and poultry farms. Optional frames and water distribution systems further streamline the installation process.
Q: What are the benefits of using Chill Cel Cellulose Pads in industrial or agricultural settings?
A: These pads offer efficient air cooling and humidification, silent operation, high microbial filtration, and energy efficiency (A+). Their anti-algae, fire-resistant, and UV-resistant properties ensure long-lasting, safe performance in tough environments, making them ideal for industrial, commercial, and agricultural use.
Q: When should Chill Cel Cellulose Pads be replaced?
A: With regular maintenance and optimal usage conditions, Chill Cel Cellulose Pads typically last between 3 to 5 years. Pads should be replaced if you notice reduced cooling efficiency, visible damage, or excessive contamination that cannot be washed away.
Q: Where can Chill Cel Cellulose Pads be used for maximum effectiveness?
A: These cooling pads are suitable for air handling units, greenhouses, poultry farms, and other large-scale spaces needing efficient cooling and humidification. Coverage varies by model, with capabilities extending up to 5000 sq. ft.
Q: What process ensures the high performance of Chill Cel Cellulose Pads?
A: The pads feature a corrugated or honeycomb surface for maximum water retention and airflow, and are treated with anti-bacterial and anti-algae agents for hygiene. Their cellulose material ensures high water absorption, while fire resistance and UV stability contribute to safe, long-term operation.
Q: How should Chill Cel Cellulose Pads be maintained for extended service life?
A: Pads should be regularly inspected for dust and algae buildup and cleaned using water as needed. Their washable design simplifies maintenance, and periodic checks of the water distribution system and frame ensure optimum performance and durability.