Cooling Paper Pad

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Cooling Paper Pad Specification

Material
Cellulose Paper

Application
Evaporative Air Cooling, Industrial and Commercial Coolers

Air Flow
Enhanced Cooling Air Flow

Condition
New

Type
Cooling Pad

Dimension (L*W*H)
Customizable as per requirement

Cooling Type
Evaporative Cooling

Water Flowing Rate
High Water Absorption and Retention

Water Pump Motor
Not Included

Noise Control
Noise Free Operation

About Cooling Paper Pad

We provide excellent Cooling Paper Pad (Imported) in width 600 mm height 1200- 1800 mm and 100- 200 mm thickness.

Offered Cooling Paper Pad (Imported) is the best cooling media available globally.
It easily absorbs and retains water to offer maximum cooling efficiency.

Applications:

Residential	Hotel	Schools & institutes
Auditoriums	Banquet halls	Poultry farms
Food processing units	Shopping plazas	Kitchens
Generator rooms	Buildings	Pharmaceutical plants
Banks	Offices	Bakeries
Temples	Hospitals	Canteens
Factories	Restaurants	Show rooms
Live stocks	Green houses

Robust Multi-Layer Construction

Our Cooling Paper Pad features a multi-layer corrugated design, enhancing both structural integrity and moisture retention. This advanced layering increases the pads surface area for better evaporation and ensures consistent cooling performance. Built from high-quality cellulose paper, it is treated to resist rot, fungus, and bacterial growth, contributing to a prolonged lifespan and reliable operation even in demanding environments.

Superior Cooling and Airflow

By offering high water absorption and retention, these pads ensure continuous evaporation and effective heat mitigation. The enhanced airflow design allows for improved distribution of cool, humidified air for large spaces, making it ideal for use in industrial and commercial cooler systems. Its efficient performance maintains optimal humidity levels without generating additional noise.

Eco-Conscious and Cost-Efficient

Manufactured from 100% biodegradable material, these pads not only reduce environmental impact but also prove economical in the long run thanks to their durability and low maintenance. Custom sizing and straightforward installation accommodate a wide array of cooling applications, while the absence of moving parts significantly minimizes operational costs and mechanical failures.

FAQs of Cooling Paper Pad:

Q: How is the Cooling Paper Pad installed and replaced?

A: The Cooling Paper Pad is designed for effortless installation and replacement. Simply fit the pad into the cooler as per the required dimensions; no specialized tools are necessary. This straightforward process ensures minimal downtime during maintenance.

Q: What benefits does the multi-layer corrugated design provide?

A: The multi-layer corrugated structure increases the pads surface area, promoting efficient evaporative cooling. This design also enhances water retention and airflow, resulting in consistently higher cooling performance for industrial and commercial applications.

Q: When should the Cooling Paper Pad be replaced?

A: Typically, the pad maintains peak performance for over two years due to its robust construction and anti-fungal treatment. However, it should be replaced if you notice diminished cooling efficiency or visible deterioration, ensuring your system continues operating optimally.

Q: Where can this Cooling Paper Pad be applied?

A: Our Cooling Paper Pads are ideal for evaporative air coolers used in industrial and commercial environments. Applications include manufacturing plants, warehouses, and large retail spaces anywhere in India requiring efficient and sustainable air cooling.

Q: What makes this pad eco-friendly and safe for the environment?

A: Manufactured from 100% biodegradable cellulose paper, the pad decomposes naturally after use. Its construction avoids harmful chemicals, making it an environmentally responsible choice for modern cooling systems.

Q: How does the pad maintain superior moisture and resist algae or mold?

A: The pad undergoes special anti-rot and anti-fungal treatments, which prevent the growth of algae, bacteria, and mold. Combined with its superior moisture retention capabilities, this keeps the cooling process hygienic and efficient long-term.

Q: What maintenance is required for optimal operation?

A: Low maintenance is required. Regularly check for dust or debris and lightly rinse if needed. Thanks to its robust materials and treatment, frequent cleaning or servicing is unnecessary, allowing for hassle-free operation.

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