Evaporative Cooling Pad by Rampur -Kala Amb - Sirmaur - D.P.ENGINEERS

Price 325 INR/ Piece

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MOQ : 250 Square Foots

Evaporative Cooling Pad by Rampur -Kala Amb - Sirmaur - D.P.ENGINEERS Specification

Application
Live stocks Greenhouses Gas Turbine Pre Cooler For Air Cooled Condenser Spray Painting Booth Industrial Applications Commercial Applications Humidification.

Usage
pharmaceutical,Hotel,Malls,Hospital, OT,POWER PLANT,CEMENT PLANT,STEEL PLANT,FERTILIZER,TEXTILE

Condition
New

Size
600 MM,900 MM,1200 MM,1500 MM,1800 MM

Height
600 MM,900 MM,1200 MM,1500 MM,1800 MM Millimeter (mm)

Product Type
Evaporative Cooling Pad by Rampur -Kala Amb - Sirmaur - D.P.ENGINEERS

Color
Brown

Width
600 Millimeter (mm)

Length
600 MM,900 MM,1200 MM,1500 MM,1800 MM Millimeter (mm)

Evaporative Cooling Pad by Rampur -Kala Amb - Sirmaur - D.P.ENGINEERS Trade Information

Minimum Order Quantity
250 Square Foots

FOB Port
Delhi

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

Supply Ability
1 Square Foot Per Day

Delivery Time
1 Days

Main Export Market(s)
Middle East, Asia

Main Domestic Market
All India

About Evaporative Cooling Pad by Rampur -Kala Amb - Sirmaur - D.P.ENGINEERS

Cellulose Pad - Air Cooling Pad Manufacturer from Ahmedabad

Evaporative Cooling Pad by Rampur -Kala Amb - Sirmaur - D.P.ENGINEERS
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 Sizing for All Requirements

Available in a range of sizes (600 mm to 1800 mm in width, height, and length), these evaporative cooling pads are designed to fit different operational needs. This flexibility enables installation in a variety of settings, including commercial premises, livestock farms, and large-scale industrial processes.

Suitable for Multiple Industries and Applications

D.P. ENGINEERS' cooling pads can be utilized in pharmaceutical companies, hospitals, hotels, malls, steel and cement plants, and more. Their effectiveness extends to specialized applications like humidification, spray painting booths, and gas turbine pre-cooling, making them a valuable asset across sectors.

Efficient and Eco-friendly Cooling Solution

By leveraging natural evaporation, these pads offer a cost-effective alternative to traditional air conditioning systems. They provide substantial cooling while consuming less energy and maintaining high air quality, which contributes to a comfortable and productive environment.

FAQ's of Evaporative Cooling Pad by Rampur -Kala Amb - Sirmaur - D.P.ENGINEERS:

Q: How do evaporative cooling pads by D.P. ENGINEERS function in industrial environments?

A: These cooling pads utilize the process of natural evaporation, where warm air passes through the wet pads and cools down. This method efficiently reduces air temperature without relying heavily on electrical energy, making them suitable for large industrial spaces and greenhouses.

Q: What industries benefit from using these evaporative cooling pads?

A: Industries such as pharmaceuticals, hotels, malls, hospitals, power plants, cement, steel, fertilizer, and textiles can benefit from these cooling pads. They are also ideal for livestock shelters, greenhouses, and commercial humidification needs.

Q: When should I consider installing evaporative cooling pads?

A: It is best to install these pads at the onset of warm seasons or before the summer in settings prone to high temperatures. Early installation ensures uninterrupted cooling and maintains optimal performance throughout the hottest months.

Q: Where can these cooling pads be installed?

A: These pads can be integrated into existing HVAC or air-cooling systems in commercial buildings, industrial plants, livestock facilities, greenhouses, spray painting booths, and any place where efficient cooling or humidification is required.

Q: What is the process for maintaining these cooling pads?

A: Regular maintenance involves periodic cleaning to prevent dust and mineral buildup. Replacing pads when they become worn or less effective ensures maximum cooling efficiency. Always follow manufacturer recommendations for maintenance intervals.

Q: What are the main usage advantages of these pads?

A: The pads offer energy-efficient and eco-friendly cooling, reduce operational costs, and improve indoor air quality. They also help maintain required humidity levels in sensitive applications like pharmaceutical production and textile processing.

Q: What benefits do these cooling pads provide over conventional cooling systems?

A: Compared to traditional HVAC systems, evaporative cooling pads consume less electricity, lower operational costs, and require less maintenance. They improve air quality and are particularly suited for spaces requiring both cooling and humidification.

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