Evaporative cooling pad by Mushidabad West Bengal

About Evaporative cooling pad by Mushidabad West Bengal

Evaporative cooling pad by Mushidabad West Bengal
Evaporated Cooling Pad Backed by Rich Industry Experience And Market Understanding, We Are Involved In Offering a Wide Array of Evaporated Cooling Pad To Our Valued Patrons.
Applications:
Live stocks
Greenhouses
Gas Turbine
Pre Cooler For Air Cooled Condenser
Spray Painting Booth
Industrial Applications
Commercial Applications
Humidification.
Available Size:
Dimensions: 600 MM X 600 MM X 50 MM
Dimensions: 900 MM X 600 MM X 50 MM
Dimensions: 1200 MM X 600 MM X 50 MM
Dimensions: 1500MM X 600 MM X 50 MM
Dimensions: 1800 MM X 600 MM X 50 MM
Dimensions: 600 MM X 600 MM X 100 MM
Dimensions: 900 MM X 600 MM X 100 MM
Dimensions: 1200 MM X 600 MM X 100 MM
Dimensions: 1500MM X 600 MM X 100 MM
Dimensions: 1800 MM X 600 MM X 100 MM
Dimensions: 600 MM X 600 MM X 200 MM
Dimensions: 900 MM X 600 MM X 200 MM
Dimensions: 1200 MM X 600 MM X 200 MM
Dimensions: 1500MM X 600 MM X 200 MM
Dimensions: 1800 MM X 600 MM X 200 MM
Dimensions: 600 MM X 600 MM X 300 MM
Dimensions: 900 MM X 600 MM X 300 MM
Dimensions: 1200 MM X 600 MM X 300 MM
Dimensions: 1500 MM X 600 MM X 300 MM
Dimensions: 1800 MM X 600 MM X 300 MM
Why D.P.ENGINEERS Cellulose Paper Cooling Pads ?
Available in Standard and Customised Sizes
Durable
Compatible
Economical
All-India Network
Technical Support
No Edge Build Up
Good Quality Gluing
Quick Deliveries
Water Retention
Samples Available On Request
Ideal For:
Green Houses,
Mushroom Farming,
Agrihot And Floriculture
Poultry Farms,
Hatcheries,
Breeding Areas,
Livestock And Dairy Farms
Commercial And Industrial Areas
Industrial Coolers

Versatile Cooling Solutions

Engineered for pharmaceutical, hospitality, retail, and industrial sectors, the evaporative cooling pad adapts effectively to various application demands. Its multiple size options ensure seamless installation in both compact and expansive spaces. The product is robustly built, ensuring durability even in demanding settings like power plants, fertilizer units, textile mills, and greenhouses. Its primary strength lies in its flexibility and high cooling efficiency for large-scale environments.


Enhanced Air Quality and Efficiency

Integrating these cooling pads improves air quality by increasing humidity and lowering ambient temperatures. This is especially beneficial in places with high thermal loads or where air quality is paramount, such as hospitals and pharmaceutical spaces. Additionally, they contribute significantly to cost savings due to their energy-efficient operation compared to traditional cooling methods. The pads also facilitate better livestock health and plant growth in greenhouses.