PVC Fills
We ACT manufacturing PVC Fills Optimally designed to achieve (with both edges folded) high surface area for given volume PVC Fills are made by continuous forming and offer minimum resistance to airflow, providing more cooling by lower power consumption. They have uniform thickness throughout. Durable folded edges provide strength at critical locations on the fill. The fills are easy to glue at site thus saving on transportation costs.
Area of Application
- Design Types:
- Counterflow Type of Fluid (Vertical)
- Crossflow
- 12 MM Flute Size
- 17 MM Flute Size
- 19 MM Flute Size
- 27 MM Flute Size
- 32-27 MM Flute Size
And the length, width & height are coming according to client requirement.
Available in following colours: Black, White, Blue, Light Grey
Why Choose Accent Cooling Tower PVC Fills?
Accent is a leading PVC Fills manufacturer in Mumbai India. It provides innovative solutions to meet the unique requirements of many industries. We offer an extensive range of edge-folded PVC fill materials designed to cater to the needs of counter-flow cooling towers. The folded edges provide added strength and durability while simplifying on-site installation and reducing transportation costs. Moreover, all our products maintain uniform thickness for consistent quality.
Accent PVC Fills provide a reliable, long-lasting and cost-effective solution for efficient heat transfer in cooling systems. Our fills are engineered for maximize the heat exchange with a high contact area between air and water streams.
Features:
- Uniform Thickness: To ensure long-lasting durability and reliable heat transfer throughout their lifespan.
- Continuous Forming: Prevents thinning during production, at crests and troughs, maintaining structural strength and performance.
- Double Edge Folding: Our production techniques allow us to fold the sheets edges, increases strength and durability, especially during installation and maintenance.
- Longer Length: The longer length allows water to remain in contact with the fill material, reduces the need for support beams, and minimizes pressure drop and construction costs.
