About Cooling Tower PVC Fill

Cooling Tower Pvc Fills
We have emerged as the foremost manufacturer, trader, exporter and supplier of Cooling Tower PVC Fill.The offered pad is treated with stiffening and wetting agents to provide the cooling without any water carryover. Our quality controllers stringently check the entire range to ensures its superior performance. Apart from this, client can avail this pad from the market at most feasible price.
Features:
Specifications:
| Technical details of our PVC fills. |
| Standard type of PVC fills. | 600mmx300mmx150mm |
| PVC honey combs. | 25mm {12. 5 + 12. 5}. |
| Corrugation pitch. | 2. 8 mm. |
| Corrugation depth | 3 mm |
| Spiral angles. | 21 |
| No of PVC sheets per 150 mm width | 12 |
| Heat transfer area/cu. Ft. Of fills volume | 1 cu. Ft. |
| Thickness of finished fills. | 0. 30 mm |
| Heat distortion temp. For normal PVC | 60 c |
| For high grade. | 80 c { up to 120 c } |
| Weight of std. Fills. | 800 gm to 1 kg. |

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The evaporative cooling pad is cellulose material impregnated with insoluble anti-rot salts and rigidify saturates.
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The material has spatial crossing linking technology with high absorb ability.
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It is water resistant, anti-mildew and has a long service life.
Some of the applications of our cooling pads are:
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Comfort cooling
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Vegetable storage
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Mushroom farming
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Seed farming
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Dairy farms
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Optimized Cooling for Diverse IndustriesThis PVC fill is designed to enhance airflow and water contact in cooling towers, improving cooling performance across a range of applications. Its versatility makes it suitable for agriculture, pharmaceuticals, hotels, malls, hospitals, and heavy industries including steel and power plants. The blue color and sturdy PVC construction add aesthetic value and durability, making it an excellent investment for any facility requiring efficient cooling.
Engineered for Durability and Easy InstallationManufactured from premium PVC, these fills resist corrosion, chemical exposure, and biological growth, greatly extending lifespan. Their precise 600x300x150 mm dimensions enable straightforward installation and compatibility with various cooling tower designs. Lightweight construction eases handling during setup and maintenance, minimizing downtime and labor costs.
FAQ's of Cooling Tower PVC Fill:
Q: How is the Cooling Tower PVC Fill installed in cooling systems?
A: The Cooling Tower PVC Fill is installed in the fill media section of the cooling tower. Its standardized 600x300x150 mm size allows for easy placement and fitting with most tower configurations. Secure it according to the manufacturer's guidelines to ensure optimal contact between water and air streams, enhancing cooling efficiency.
Q: What are the main benefits of using blue PVC fill in cooling towers?
A: Blue PVC fill offers excellent resistance to water, chemicals, and microbial growth, which increases longevity and reduces maintenance. Its design maximizes the surface area for heat exchange, resulting in efficient cooling, making it ideal for agriculture, industrial, and HVAC applications.
Q: When should the PVC fill in a cooling tower be replaced?
A: You should inspect and replace the PVC fill when you notice deformities, scaling, blockages, or reduced cooling efficiency. Regular maintenance checks-at least annually-help determine if the fill is compromised and assure consistent cooling performance.
Q: Where can this PVC fill be used effectively?
A: This cooling tower PVC fill is suited for a wide variety of locations, including vegetable storage units, mushroom and seed farms, dairy farms, hotels, malls, hospitals, operating theaters, power and cement plants, steelworks, textile, pharmaceutical, and food processing industries across India.
Q: What is the process for cleaning or maintaining the Cooling Tower PVC Fill?
A: To maintain optimal performance, periodically remove the fill for inspection and cleaning. Rinse with water, lightly brush off debris and scale, and use mild cleaning agents if necessary. Ensure complete drying before reinstalling to avoid microbial growth.
Q: How does using this PVC fill contribute to energy efficiency?
A: By improving water and air contact within the cooling tower, the PVC fill enhances heat exchange and cooling efficiency. This leads to reduced energy consumption for the cooling system, resulting in operational cost savings and a more sustainable cooling process.