Evaporative Cooling Pads-Celdek Pad-Cellulose Pad

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Evaporative Cooling Pads-Celdek Pad-Cellulose Pad

Price 350 INR/ Square Feet

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MOQ : 200 Square Foots

Evaporative Cooling Pads-Celdek Pad-Cellulose Pad Specification

Refrigerating Capacity
Dependent on air velocity and temperature difference

Material
paper

Application
Cooling applications in HVAC, greenhouses, poultry, industrial and commercial areas

Air Flow
Depends on installation and fan specifications

Condition
New

Type
Evaporative Cooling Pad

Dimension (L*W*H)
Available in standard and customized sizes

Cooling Type
Evaporative

Nozzle Material
Plastic or Brass depending on water distribution system

Water Flowing Rate
Approximates 20-25 Ltr/Hr per square meter

Water Pump Motor
Depends on installation, typically 0.125-0.5 HP

Noise Control
Silent operation, no moving mechanical parts

Color
Green/Brown

Pad Height
Up to 2000 mm

Installation Method
Suitable for metallic or plastic pad frames

Flute Angle
45x45 degrees

Odor
Odorless

Honeycomb Structure
Yes, for maximum surface area and cooling efficiency

Water Distribution Method
Gravity/Mist/Drip as per system design

Pad Thickness
Available in 50 mm, 100 mm, 150 mm

Edge Coating
Green or Brown (optional for extra protection and durability)

Anti-Algae Property
Yes

PH Value
6-7

Evaporative Efficiency
Above 85%

Pad Width
Up to 600 mm

Service Life
Up to 5 years, depending on water quality and maintenance

Fire Retardant Option
Available on request

Evaporative Cooling Pads-Celdek Pad-Cellulose Pad Trade Information

Minimum Order Quantity
200 Square Foots

FOB Port
Delhi

Payment Terms
Cash in Advance (CID), Cash Advance (CA), Cash on Delivery (COD), 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 Pads-Celdek Pad-Cellulose Pad

Evaporative Cooling Pads-Celdek Pad-Cellulose Pad

Product description:

Cooling pads are made of ripple fibre piles which are pressed in an angle of 45 and bound together in accordance with the cross direction of ripples.
Cooling pads boost superior hygroscopicity , wet stiffness, corrosion resistance and usable life because it adopts piles, with special hygroscopicity, advanced processing technology and the raw material added with special chemicals which will not be resolved by the action of water.

Applications :

Evaporative Air Cooling System

House Hold Air Coolers
Industrial And Commercial Cooling Applications
Green Houses / Paultry Farms /Hatcheries
Live Stocks /Dairy Farms /Breeding Areas
Turbine Air-Intake
Spray painting booth

Specification:

H: Height of Cooling Pad

W : Width of cooling pads
D : Thickness of Cooling pads
h : Ripple Height of Cooling pads
: Ripple Angle
; Ripple Angle

High-Efficiency Honeycomb Design

Our cooling pads utilize a honeycomb structure, which maximizes the surface area exposed to air and water, ensuring enhanced evaporation and cooling rates. The unique flute angle of 45x45 degrees further improves airflow passage while maintaining structural rigidity. As a result, these pads can achieve evaporative efficiencies above 85%, making them suitable for demanding cooling environments across industries.

Quality and Durability for Longevity

Manufactured from high-grade cellulose paper, these pads are available with green or brown edge coatings for improved protection against moisture and wear. They also offer anti-algae properties and an optional fire-retardant feature. Designed for a service life of up to 5 years with proper maintenance, these pads boost operational safety and reduce long-term replacement costs, providing reliable cooling for years.

Flexible Installation and Silent Operation

These evaporative pads can be easily mounted in both metallic and plastic pad frames, accommodating standard and custom sizes for any system layout. Quiet operation is ensured, as there are no moving mechanical parts within the pads themselves. Water can be supplied using gravity, mist, or drip methods depending on your system's design, and compatible pumps and nozzles are selected based on the pad size and installation requirements.

FAQ's of Evaporative Cooling Pads-Celdek Pad-Cellulose Pad:

Q: How do evaporative cooling pads improve cooling efficiency in HVAC and industrial environments?

A: Evaporative cooling pads, such as Celdek and Cellulose Pads, utilize a honeycomb cellulose structure to maximize water and air contact, allowing for efficient heat absorption and phase change. This raises the humidity of the air and delivers a substantial cooling effect, achieving evaporative efficiencies above 85% in suitable conditions.

Q: What are the benefits of the honeycomb and flute angle design in these cooling pads?

A: The honeycomb structure provides a larger surface area for water evaporation, while the 45x45 degree flute angle ensures enhanced airflow through the pad. This combination results in consistent, high-rate evaporation and superior cooling performance even in challenging environments.

Q: When should the cooling pads be replaced, and what factors affect their service life?

A: Cooling pads typically last up to 5 years. Their longevity depends on water quality, system maintenance, and the operating environment. Regular cleaning and using clean, treated water help extend pad life by preventing scale, clogging, or algae growth.

Q: Where can these pads be installed and what applications are they suited for?

A: These evaporative cooling pads are suitable for metallic or plastic pad frames and can be used in HVAC systems, greenhouses, poultry farms, industrial buildings, and commercial spaces. Their flexibility in size and installation ensures compatibility with various cooling systems.

Q: What is the recommended process for installing and maintaining these pads?

A: Installation involves fitting the pads into appropriate frames and connecting the water distribution system (gravity, mist, or drip). Maintenance includes periodic cleaning, checking for algae, and ensuring edges remain intact, especially if coated for durability. Following these steps ensures optimal performance and prolongs pad life.

Q: How is water distributed over the pads, and what flow rate is required?

A: Water is delivered over the pads using gravity, mist, or drip systems as per the design. The typical flowing rate ranges from 20 to 25 liters per hour per square meter, ensuring consistent and thorough wetting for efficient evaporation.

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