Cellulose Cooling Pad

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Cellulose Cooling Pad Specification

Application
Air coolers, HVAC systems, greenhouses, poultry farms

Coverage Area
Depends on pad size and air flow

Humidity Range
60% - 95%

Power Source
Works passively, not powered

Automation Grade
Manual

Features
High efficiency evaporation; long life; low maintenance

Accessories
Frame, fixers, water distribution pipe

Noise Level
Silent operation

Technology
Cross corrugated design

Shape
Rectangular

Mounting Type
Frame mounting, suitable for air coolers

Filtration Property
Removes dust and particulate contaminants

Surface Finish
Smooth surface

Energy Efficiency Rating
Energy efficient

Air Flow Capacity
High

Material
Cellulose Paper

Type
Evaporative Cooling Pad

Capacity
High water absorption capacity

Installation Type
Easy to install; can be mounted vertically or horizontally

Usage
Industrial and Commercial

Function
Air cooling, humidification

Cellulose Cooling Pad Trade Information

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

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

Main Domestic Market
All India

About Cellulose Cooling Pad

Cellulose Cooling Pad

Cellulose Cooling Pad Apart form manufacturing the fans for various applications, Enviro Tech make the Cellulose Pad, made by these Thailand and Italy various companies in India and are well established with respect to Poultry, Horticulture (Green House) and Industrial applications. The Evaporative Cooling Pad (ECP), made of cellulose paper is engineered from cross-sectional, specially treated flute media capable of absorbing and retaining water to provide the maximum cooling efficiencies. The cellulose media is treated with stiffening and wetting agents to provide the cooling without any water carryover. The pads are designed for tropical and subtropical countries, ensures greatest performance during summer seasons. Mixed Esters of Cellulose (MCE) or Cellulose Acetate (CA) is best for microbiology and environment monitoring test. Contrasting grid lines facilitate counting colonies on the filter surface and are tested to assure freedom from grid line inhibition. The Membrane Solutions MCE membranes are also tested for freedom from grid line inhibition and optimal color reactions on appropriate test media. Features The Cellulose Pad is cross corrugated coated with anti rot, rigidify & wetting resins. The 150 VAPUR Pad are made for maximum efficiency, at minimum pressure drop.The pad media is treated with anti-rot and rigidify resins. The media is cross-corrugated to maximize the mixing of air and water. Saturation efficiency ranging from 50 to 98% can be achieved depending upon air velocity and depth of the cooling pad. Air flows horizontally, while the re-circulating water flows vertically, through the pad. The water is collected at bottom of the pad and is re-circulated, again by a pump through the unique gutter system made of G. I. Sheet. Availability:- Absorbent Pads Sterile Mixed Cellulose Ester (MCE) filter Petri Dishes Sterile Cellulose Acetate Filter Application:- Enviro Tech make Evaporative Cooler system this system is efficiently backed up by the cellulose pads that in turn amplifies the efficiency of the system on a whole and thus provides cooler air in the required area. Waste-water, Microbiological analysis of water, beverages. Quartz fiber filter for monitoring air pollution. Thimble filters for monitoring dust, organic, metal, or other pollutants. Small volume field sampling and analysis of fluids or aerosols

Efficient and Sustainable Cooling Solution

Designed for modern air cooling, these cellulose pads feature a high-efficiency evaporation process, utilizing a unique cross-corrugated cellulose structure. The result is reliable cooling, energy savings, and a healthier indoor environment, all with minimal maintenance requirements. Their fully recyclable composition and long lifespan make them an environmentally conscious choice for various industrial, commercial, and agricultural operations.

Customizable for Diverse Applications

These cooling pads can be tailored in thickness, height, and width to fit a wide range of air cooling systems, from air coolers to large-scale HVAC units and greenhouse setups. With robust resistance to fungi and algae, they remain effective through years of demanding operation, even at working temperatures up to 65C. The smooth surface finish complements easy cleaning and frame mounting for simplified installation.

FAQs of Cellulose Cooling Pad:

Q: How do cellulose cooling pads function in air coolers and HVAC systems?

A: Cellulose cooling pads work by allowing warm air to pass through their water-saturated cross-corrugated structure, which absorbs heat and lowers the air temperature. This process provides efficient cooling and humidification in air coolers, HVAC systems, greenhouses, and poultry farms.

Q: What are the advantages of using these cooling pads over conventional alternatives?

A: These pads offer several benefits: high energy efficiency due to passive operation, excellent water absorption, silent air flow, robust resistance to fungi and algae, and a long service life. Their recyclable nature and low water consumption make them a sustainable and economical option for industrial and commercial cooling.

Q: Where can I install cellulose cooling pads?

A: The pads are suitable for installation in a variety of locations including air coolers, HVAC systems, agricultural greenhouses, and poultry sheds. They can be mounted vertically or horizontally using a frame, adapting easily to different layouts and requirements.

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

A: Installation is straightforward: simply fit the pad into the mounting frame provided, connect the water distribution pipe, and secure it with the included fixers. No electrical power is required as the pad operates passively, relying on water flow and air movement.

Q: When should I replace the cooling pads for optimal performance?

A: To maintain optimal performance and air quality, it is recommended to replace the pads every 3 to 5 years, depending on water quality and local environmental conditions. Regular cleaning can also help extend the service life.

Q: What customization options are available for these pads?

A: You can choose from standard thicknesses (100mm, 150mm) and pad dimensions, or request custom sizes to fit unique requirements. This ensures maximum compatibility for your air cooling or HVAC system.

Q: How do cellulose pads improve indoor air quality?

A: Their filtration properties effectively capture dust and particulate matter from the incoming air, resulting in cleaner, fresher indoor environments. This makes them particularly suitable for sensitive applications like poultry farms or greenhouse cultivation.

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