Imported Cellulose Paper Pads

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Imported Cellulose Paper Pads Specification

Coverage Area
Varies per Cooler Model

Application
Industrial, Commercial, Residential Air Coolers

Mounting Type
Insert/Slot Mount

Automation Grade
Manual

Surface Finish
Smooth, Laminated

Shape
Rectangular

Energy Efficiency Rating
Energy-Efficient Material

Features
Imported, High-Quality Cellulose, Long Life, Uniform Thickness

Humidity Range
Suitable for Standard to High Humidity Environments

Filtration Property
Enhanced Dust and Particle Filtration

Noise Level
Silent Operation

Air Flow Capacity
Supports Efficient Air Distribution

Technology
Advanced Evaporative Cooling

Material
Cellulose Paper

Type
Paper Pad

Capacity
High Water Absorption

Installation Type
Custom Fit

Usage
Air Coolers, HVAC Systems

Function
Evaporative Cooling and Air Filtration

Imported Cellulose Paper Pads 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 Imported Cellulose Paper Pads

Imported Cellulose Paper Pads

Specification

Thickness in MM : 50, 100, 150, 200, 300
Width in MM : 600
Height in MM : 1200, 1500, 1800
Flute Angle : 45/45, 45/15
Flute Height : Approximate 7mm

Features:

Premium quality
Finely finished
Durability

Applications:

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

Eco-Friendly Engineering

Constructed from 100% recyclable and biodegradable cellulose, these pads provide sustainable cooling solutions. Their neutral pH ensures safety while their odorless and laminated surface makes them ideal for sensitive environments. They promote both ecological responsibility and effective performance.

Custom Fit & Advanced Technology

The pads are available in customizable sizeslength and width tailored to your specific cooler. Advanced evaporative cooling technology ensures prolonged water retention, efficient air distribution, and superior filtration, contributing to lower energy usage and improved indoor air quality.

Wide Application & Long Life

These imported pads are suitable for a variety of environments, including industrial, commercial, and residential settings. With a durable build and proper maintenance, they deliver consistent performance for up to three years, making them a cost-effective solution for air cooling needs.

FAQs of Imported Cellulose Paper Pads:

Q: How are imported cellulose paper pads installed in air coolers?

A: The pads feature a custom-fit, insert or slot mounting system, allowing them to be easily fitted into most air coolers, HVAC systems, or industrial cooling equipment based on the coolers specific dimensions.

Q: What benefits do cellulose paper pads provide over conventional alternatives?

A: These cellulose pads offer superior water absorption, prolonged evaporation for efficient cooling, enhanced dust and particle filtration, and are made from eco-friendly, biodegradable, and recyclable materials. They also operate silently and deliver uniform airflow.

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

A: For best results, inspect the pads annually and consider replacement every three years or sooner if there are signs of clogging, degradation, or reduced cooling efficiency.

Q: Where can these cellulose paper pads be used?

A: They are suitable for industrial, commercial, and residential air coolers, as well as HVAC systems, particularly where energy efficiency, high water retention, and superior air quality are required.

Q: What is the process for maintaining cellulose paper pads?

A: Regularly clean the pads by gently flushing with water to remove accumulated dust and particles. Ensure that harsh chemicals are avoided to preserve the pads material integrity and maximize their service life.

Q: How do these pads support energy efficiency in cooling systems?

A: Their high water absorption and advanced evaporative structure allow for prolonged cooling with less water and power usage, contributing to lower operational energy costs and improved environmental impact.

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