The cellulose pad is a type of cooling material made from kraft paper. This material is primarily produced from papers derived from natural fibers such as hemp, bamboo, and pine trees. Cellulose pads are manufactured in various sizes and are highly suitable for use in greenhouse cooling systems.
These pads are typically installed in aluminum frames and are placed at the top and bottom of the frame. In a greenhouse cooling system, the cellulose pad functions similarly to traditional swamp coolers that use wood wool. However, compared to traditional wood wool, cellulose pads offer significantly higher efficiency. This feature makes cellulose pads an optimal and more effective option for providing uniform and efficient cooling in greenhouse spaces.
Advantages of Cellulose Pads in Greenhouse Cooling Systems
Higher efficiency compared to traditional wood wool
Longer lifespan and better resistance to environmental conditions
Improved water absorption and enhanced cooling system performance
Easier installation and maintenance compared to other systems
The cellulose pad is recognized as an excellent choice for modern cooling systems in greenhouses, especially in regions where reducing energy consumption and improving temperature conditions are essential.
What is a Greenhouse Cellulose Pad and How Does It Work?
A greenhouse cellulose pad is a type of evaporative cooling system used to naturally lower the air temperature inside greenhouses with minimal energy consumption. These pads are made of compressed layers of kraft paper with a honeycomb structure that evenly absorbs water and creates a large surface area for contact between water and air. When air is drawn through the wet pads by fans, a portion of the water evaporates, absorbing heat from the air and thereby cooling it. The cool, moist air then enters the greenhouse, creating ideal conditions for plant growth. In addition to reducing temperature, cellulose pads also increase humidity and significantly help prevent heat stress in plants, making them a suitable alternative to traditional wood wool in industrial greenhouses.
In summary, a greenhouse cellulose pad is an effective and efficient cooling system specifically designed to reduce internal greenhouse temperatures. With its unique structure and features such as high water retention and airflow, it plays a crucial role in optimizing temperature and humidity conditions.
In a greenhouse cooling system, the cellulose pads are continuously moistened by pipes positioned above them. These pads absorb the moisture and cool the air as it passes through, thereby lowering the ambient temperature. The perforations in the pads allow for proper ventilation and air circulation within the system. Excess water that passes through the pad is collected in a lower tray and directed back to the reservoir, from where it reenters the cooling cycle. This process ensures efficient and optimized water usage.
How a Cellulose Pad Works in Poultry Farms
The operation of cellulose pads in poultry farms is based on the principle of evaporative cooling. When water flows evenly over the surface of the cellulose pads and air is drawn through these wet pads by fans, a portion of the water evaporates, absorbing heat from the surrounding air. As a result, the temperature of the incoming air is significantly reduced. In addition to cooling, the relative humidity increases, which plays a crucial role in reducing heat stress, lowering mortality rates, improving feed conversion ratios, and maintaining the respiratory health of the birds. Using cellulose pads in poultry house ventilation—especially during hot seasons—provides an efficient, low-energy, and cost-effective solution for creating a stable and healthy environment for poultry farming.
Advantages of Using Cellulose Pads in Poultry Farms:
Increased Cooling Efficiency: Unlike traditional wood wool, the cellulose pad has a cohesive, engineered structure that increases the evaporation rate, resulting in better cooling performance.
Reduced Fungal and Microbial Growth: Old wood wool created a favorable environment for the growth of pathogens, whereas cellulose pads, with their hygienic design, minimize this issue.
Long Lifespan and Resistance to Wear: Cellulose pads are more durable than wood wool and have a longer lifespan, making them more cost-effective in the long run.
High Moisture Retention: Cellulose pads can retain more moisture, ensuring a more stable and uniform performance in providing optimal environmental conditions for poultry.
In hot and dry climates, the use of evaporative cooling systems, such as cellulose pads, in spaces like greenhouses and poultry farms is recognized as a smart and cost-effective solution. With their engineered structure and high moisture retention, cellulose pads are a suitable replacement for traditional wood wool. Due to their high efficiency, long lifespan, and hygienic properties, they have gained a prominent position in the plant and poultry farming industries.
In greenhouses, the combination of cellulose pads, fans, and pumping systems creates an efficient cooling cycle that significantly reduces ambient temperature, increases optimal humidity, and ultimately improves plant growth. In poultry farms, the use of cellulose pads not only helps cool the environment but also prevents conditions that promote the growth of bacteria and fungi, which directly impacts poultry health and the quality of farming.
Given the extensive benefits of this system, the proper selection and installation of cellulose pads, along with regular maintenance, can significantly reduce energy consumption, increase productivity, and improve living conditions in both greenhouse and livestock environments. We are here to support you in this journey by providing high-quality equipment and expert advice to offer the best solutions for optimizing environmental cooling systems.
For placing an order, receiving consultation, and obtaining more information, you can contact the sales department of Marsus com Greenhouse Industries at 02188333758.
Big Hertzman greenhouse and poultry fan 100 | Barlli Motor
- Outstanding advantages of the Big Hertzman fan:
- Exceptional efficiency: Moves a massive volume of air with minimal energy consumption, ensuring continuous and effective ventilation.
- Very low energy consumption: Significant savings on electricity bills and reduced operational costs for your farm or industrial hall in the long term.
- Minimal noise pollution: Quiet and smooth operation reduces stress for poultry, improves animal welfare, and creates a calmer environment for workers.
- Dimensions 100×100 cm: Ideal for effective ventilation of large and wide spaces such as greenhouses, poultry houses, and industrial warehouses.
- Automatic clutch damper: Completely isolates the environment when the fan is off, preventing the entry of insects, dust, cold or heat, and maintaining optimal temperature in greenhouses or poultry houses.
- Durability and easy maintenance: Made from the best raw materials with sturdy steel blades, designed for many years of operation without frequent repairs.
Big Hertzman greenhouse and poultry fan 140 | Barlli Motor
- Outstanding Benefits of the Big Hertzman Fan:
- Exceptional Efficiency: Moves a massive volume of air with minimal energy consumption, ensuring efficient and continuous ventilation.
- Very Low Energy Consumption: Significant savings on electricity bills and reduced operational costs for your farm or industrial hall in the long run.
- Minimal Noise Pollution: Quiet and smooth operation reduces stress for poultry, improves animal welfare, and creates a calmer environment for workers.
- Dimensions 140×140 cm: Ideal for effective ventilation of large and spacious areas such as greenhouses, poultry houses, and industrial warehouses.
- Automatic Clutch Damper: Complete environmental isolation when the fan is off, preventing entry of insects, dust, cold, or heat, and maintaining optimal temperature in greenhouses or poultry houses.
- Durability and Easy Maintenance: Made from top-quality materials with robust steel blades, designed for years of operation without frequent repairs.
Cellulose pad 7090 100 Marsus com (10 cm)
- Reduction of Pathogens: Effective in minimizing harmful agents in greenhouses and poultry farms.
- Powerful Cooling (High Efficiency): Ensures optimal cooling performance.
- Durable and Long-Lasting: Built to withstand tough conditions.
- Enhanced Hygiene and Cleanliness: Designed to maintain a cleaner environment.
- Height: Available in 100, 120, 150, 180, and 200 cm.
- Width: 10 cm.
- Length: 60 cm.
Cellulose pad 7090 Marsus com 100 (15 cm)
- Reduction of Pathogens: Effective in minimizing harmful agents in greenhouses and poultry farms.
- Powerful Cooling (High Efficiency): Ensures optimal cooling performance.
- Durable and Long-Lasting: Built to withstand tough conditions.
- Enhanced Hygiene and Cleanliness: Designed to maintain a cleaner environment.
- Height: Available in 100, 120, 150, 180, and 200 cm.
- Width: 10 cm.
- Length: 60 cm.
Cellulose pad 7090 Marsus com 120 (10 cm)
- Greater Reduction of Pathogens: Effectively minimizes disease-causing agents in greenhouses and poultry farms.
- More Powerful Cooling: Higher efficiency compared to thinner pads.
- Stronger and More Durable: Superior to the 10 cm cooling pad in terms of resilience and longevity.
- Enhanced Hygiene and Cleanliness: Designed for better sanitation.
- Cooling Pad Dimensions:
- Height: Available in 100, 120, 150, 180, and 200 cm.
- Width: 15 cm.
- Length: 60 cm.
Cellulose pad 7090 Marsus com 120 (15 cm)
- Reduction of Pathogens: Effective in minimizing harmful agents in greenhouses and poultry farms.
- Powerful Cooling (High Efficiency): Ensures optimal cooling performance.
- Durable and Long-Lasting: Built to withstand tough conditions.
- Enhanced Hygiene and Cleanliness: Designed to maintain a cleaner environment.
- Height: Available in 100, 120, 150, 180, and 200 cm.
- Width: 10 cm.
- Length: 60 cm.
Cellulose pad 7090 Marsus com 150 (10 cm)
- Reduction of Pathogens: Effective in minimizing harmful agents in greenhouses and poultry farms.
- Powerful Cooling (High Efficiency): Ensures optimal cooling performance.
- Durable and Long-Lasting: Built to withstand tough conditions.
- Enhanced Hygiene and Cleanliness: Designed to maintain a cleaner environment.
- Height: Available in 100, 120, 150, 180, and 200 cm.
- Width: 10 cm.
- Length: 60 cm.
Cellulose pad 7090 Marsus com 150 (15 cm)
- Reduction of Pathogens: Effective in minimizing harmful agents in greenhouses and poultry farms.
- Powerful Cooling (High Efficiency): Ensures optimal cooling performance.
- Durable and Long-Lasting: Built to withstand tough conditions.
- Enhanced Hygiene and Cleanliness: Designed to maintain a cleaner environment.
- Height: Available in 100, 120, 150, 180, and 200 cm.
- Width: 10 cm.
- Length: 60 cm.
Cellulose pad 7090 Marsus com 180 (10 cm)
- Reduction of Pathogens: Effective in minimizing harmful agents in greenhouses and poultry farms.
- Powerful Cooling (High Efficiency): Ensures optimal cooling performance.
- Durable and Long-Lasting: Built to withstand tough conditions.
- Enhanced Hygiene and Cleanliness: Designed to maintain a cleaner environment.
- Height: Available in 100, 120, 150, 180, and 200 cm.
- Width: 10 cm.
- Length: 60 cm.
Cellulose pad 7090 Marsus com 180 (15 cm)
- Reduction of Pathogens: Effective in minimizing harmful agents in greenhouses and poultry farms.
- Powerful Cooling (High Efficiency): Ensures optimal cooling performance.
- Durable and Long-Lasting: Built to withstand tough conditions.
- Enhanced Hygiene and Cleanliness: Designed to maintain a cleaner environment.
- Height: Available in 100, 120, 150, 180, and 200 cm.
- Width: 10 cm.
- Length: 60 cm.
Components and Equipment of Greenhouse Cooling System
To create an effective and efficient cooling system in greenhouses, the use of specific components and equipment is essential. These components include cellulose pads, fans, and the pumping system, which work together to provide optimal performance for temperature reduction and improvement of environmental conditions in greenhouses. Below is an overview of these components and their functioning:
Pumping System
The pumping system is a vital component in greenhouse cooling systems. It is responsible for pumping and distributing water to the cellulose pads. Water is delivered through pipes located above the cellulose pads, where it is spread over the pads. These pumps must have enough capacity to supply adequate water to keep the pads moist, ensuring proper evaporation and producing cool air. The pumps used in this system need to be of high quality to withstand harsh environmental conditions and provide continuous and reliable operation.
Cellulose Pads
Cellulose pads, one of the most important components of the cooling system, are made from layers of cellulose materials such as kraft paper. These pads are installed in the cooling system of greenhouses and cool the air through moisture absorption. Water is continuously delivered to the pads via the pumping system, causing evaporation and lowering the air temperature. Cellulose pads are typically installed in aluminum frames, and air passes through these pads, absorbing moisture and ultimately directing the cool air into the greenhouse.
Greenhouse and Poultry Fans
Fans in greenhouse cooling systems are responsible for moving air from outside the greenhouse and passing it through the cellulose pads. Fans are typically installed on the opposite side of the cellulose pads and expel warm air from the greenhouse. This process allows cool and moist air to enter the greenhouse. Fans must have sufficient power and capacity to create enough airflow to reduce the greenhouse temperature to the desired level. Selecting high-quality fans with the proper capacity is crucial for ensuring the optimal performance of the cooling system.
Price list for 10 cm cellulose pads
|
Product |
Height |
brand |
Price per block (Toman) |
|---|---|---|---|
|
Cellulose Pad 7090 |
100 cm |
koolancel |
814,620 |
|
Cellulose Pad 7090 |
120 cm |
koolancel |
977,544 |
|
Cellulose Pad 7090 |
150 cm |
koolancel |
1,221,930 |
|
Cellulose Pad 7090 |
180 cm |
koolancel |
1,466,316 |
|
Cellulose Pad 7090 |
200 cm |
koolancel |
1,629,240 |
|
PRODUCT |
HEIGHT |
BRAND |
Price per block (Toman) |
|---|---|---|---|
|
Cellulose Pad 7090 |
100 cm |
mahya |
918,900 |
|
Cellulose Pad 7090 |
120 cm |
mahya |
1,102,680 |
|
Cellulose Pad 7090 |
150 cm |
mahya |
1,378,350 |
|
Cellulose Pad 7090 |
180 cm |
mahya |
1,654,020 |
|
Cellulose Pad 7090 |
200 cm |
mahya |
1,837,800 |
Price list for 15 cm cellulose pads
|
Product |
Height |
brand |
Price per block (Toman) |
|---|---|---|---|
|
Cellulose Pad 7090 |
100 cm |
koolancel |
1,224,630 |
|
Cellulose Pad 7090 |
120 cm |
koolancel |
1,466,316 |
|
Cellulose Pad 7090 |
150 cm |
koolancel |
1,832,895 |
|
Cellulose Pad 7090 |
180 cm |
koolancel |
2,199,474 |
|
Cellulose Pad 7090 |
200 cm |
koolancel |
2,443,860 |
|
PRODUCT |
HEIGHT |
BRAND |
Price per block (Toman) |
|---|---|---|---|
|
Cellulose Pad 7090 |
100 cm |
mahya |
1,378,350 |
|
Cellulose Pad 7090 |
120 cm |
mahya |
1,654,020 |
|
Cellulose Pad 7090 |
150 cm |
mahya |
2,067,525 |
|
Cellulose Pad 7090 |
180 cm |
mahya |
2,481,030 |
|
Cellulose Pad 7090 |
200 cm |
mahya |
2,756,700 |
Aluminum frame for cellulose pad
In industrial and greenhouse evaporative systems, the cellulose pad is considered one of the most effective tools for cooling the environment. For optimal performance of these pads, using a standard and durable frame is essential. Marsus Com has met the market's demand for a strong, aesthetically pleasing, and functional structure by designing and producing a specialized aluminum frame for cellulose pads.
Price List for 10 cm Aluminum Frame for Cellulose Pad – MarsusCom
|
product |
Thickness: 10 cm |
Price per meter (Toman) |
|---|---|---|
|
Top frame with cover |
|
1,197,000 |
|
Bottom frame |
|
1,251,000 |
|
Top frame + Bottom frame |
2,448,000 |
- For every 6 meters of length, 2 brass outlets along with the top pipe of the pad are provided.
- For every 6 meters in length and a height of 1.5 meters or more, 12 meters of galvanized angle iron are provided.
Price list for 15 cm aluminum frame for cellulose pad – MarsusCom
|
product |
Thickness: 10 cm |
Price per meter (Toman) |
|---|---|---|
|
Top frame with cover |
|
1,639,000 |
|
Bottom frame |
|
1,879,000 |
|
Top frame + Bottom frame |
3,518,000 |
- For every 6 meters of length, 2 brass outlets along with the top pipe of the pad are provided.
Summary and Conclusion
The cellulose pad for greenhouses and poultry farms is a smart choice for cooling:
✅ Temperature reduction
✅ Energy cost savings
✅ Improved production and growth
✅ Environmentally friendly
✅ Easy and low-cost installation
If you're looking to improve efficiency, reduce losses, enhance product quality, and lower energy costs, contact our experts today to purchase cellulose pads.
