Agriculture Cooling Pad

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Agriculture Cooling Pad Specification

Technology
Honeycomb Cellulose Technology

Energy Efficiency Rating
Highly Efficient

Power Source
Water

Air Flow Capacity
As per Fan/Blower Specification

Shape
Rectangular

Automation Grade
Manual

Features
Eco Friendly, High Water Retention, Uniform Cooling

Coverage Area
Customizable as per Requirement

Noise Level
Silent Operation

Surface Finish
Coated for Algae Resistance

Filtration Property
Dust Filtering

Mounting Type
Vertical Mounting

Application
Agriculture, Horticulture, Greenhouse Cooling

Accessories
Support Frame, Water Distribution Pipe

Humidity Range
50% - 95%

Material
Cellulose Paper

Type
Evaporative Cooling Pad

Power
Manual (Non-electric)

Capacity
Dependent on Size & Air Flow

Installation Type
Wall Mounted/Slot Fitted

Usage
Agricultural Farms, Greenhouses, Poultry Houses

Function
Air Cooling & Humidification

Agriculture Cooling Pad Trade Information

Payment Terms
Cash on Delivery (COD), Cash Advance (CA), Cash Against Delivery (CAD), Cash in Advance (CID), Cheque

Main Export Market(s)
Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Asia

Main Domestic Market
All India

About Agriculture Cooling Pad

Agriculture Cooling Pad

Made of Cellulose Corrugated Paper has high intensity structure with insoluble chemical compounds, corrosion resistant, long service life. Specific stereoscopic structure, it will provide largest evaporation surface area for heat exchange between water & air (approx 460 m2/m3) which provide excellent cooling effect.scientifically designed flute angle (45/45) directs water towards both the air inlet and outlet side; the water then intrinsically flushes away dirt algae and mineral build up on the evaporation surfaces.

Specifications:

Type: Agriculture Cooling Pad
Thickness Available : 100mm, 150mm
Outer frame: made of co-extruded aluminium alloy/ lmm thick hot dip galvanized

Highly Efficient and Customizable Cooling

Designed for maximum adaptability, the Agriculture Cooling Pad can be customized in height, width, and coverage area to suit various applications, including greenhouses, poultry houses, and horticultural farms. Its advanced honeycomb cellulose technology ensures uniform air cooling, high water retention, and optimal humidity, making it ideal for diverse agricultural environments.

Durable Build for Indian Conditions

Constructed from high-quality cellulose paper, the cooling pad features a coated surface for algae resistance and optional flame-retardant properties. With a robust frame made from aluminum or galvanized steel, it resists UV damage and is built to withstand Indias variable climates, promising a lifespan of 35 years depending on usage.

FAQs of Agriculture Cooling Pad:

Q: How does the Agriculture Cooling Pad operate without electricity?

A: The cooling pad utilizes water as its power source. Air passing through the water-saturated cellulose pads absorbs moisture, lowering the air temperature through evaporative cooling. This manual, non-electric process makes it ideal for locations without direct access to electricity.

Q: What makes this cooling pad suitable for agriculture and greenhouse use?

A: Its high evaporation efficiency ( 80%) and water absorption rate ( 70mm/5min) provide reliable cooling and humidification for agricultural spaces. Features like antibacterial properties, dust filtration, and UV resistance ensure optimal growing conditions for crops and livestock.

Q: When should I replace the Agriculture Cooling Pad for best results?

A: Under normal use, the pads lifespan ranges from 3 to 5 years. Regular inspection and maintenance are recommended to ensure performance and avoid algae build-up, especially in humid or dusty environments.

Q: Where can the cooling pad be installed in agricultural facilities?

A: The pad is designed for wall-mounted or slot-fitted installation, with vertical mounting for effective cooling alongside fans or blowers. This flexible setup allows for custom placement in greenhouses, poultry houses, or other areas according to airflow and coverage needs.

Q: What is the process for maintaining the cooling pad?

A: Routine cleaning with water, checking for sediment build-up, and inspecting the water distribution system help maintain performance. Ensure the pad stays free from dust and algae for longer life and efficient operation.

Q: What are the benefits of using a honeycomb cellulose cooling pad?

A: Honeycomb cellulose technology provides high water retention, uniform airflow distribution, and energy-efficient cooling. The eco-friendly material and surface coating resist mold and algae, supporting a healthier agricultural environment.

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