Cooling Tower Trickle Fills

Cooling Tower Trickle Fills Specification

Material
Rigid Polyvinyl Chloride (PVC)

Application
Cooling Towers, HVAC, Industrial Process Cooling

Air Flow
Customizable as per tower size

Condition
New

Type
Trickle Fills / Splash Fill Media

Dimension (L*W*H)
600mm x 300mm x 150mm (Custom sizes available)

Cooling Type
Water Cooling

Water Flowing Rate
Maximizes contact area for efficient cooling

Noise Control
Low turbulence design ensures minimal noise

Temperature Resistance
Up to 55C

Eco-friendliness
Reusable and recyclable material

Maintenance
Easy removal for cleaning and replacement

Service Life
Above 10 years under normal conditions

Fire Retardant
Available as per request

Color
Black / Blue (standard)

Packing Density
110-130 m2/m3

Fill Shape
V-Bar / Bar Type

Application Standards
Meets IS/CTI/ASTM standards for fill media

UV Resistance
High (UV stabilized material)

Thickness
1.0 mm 0.1 mm

Installation
Horizontal & vertical supported tray arrangement

Specific Gravity
1.42 g/cm3

Cooling Tower Trickle Fills Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
30 Days

Main Domestic Market
All India

About Cooling Tower Trickle Fills

Discover the latest in cooling innovation with our Cooling Tower Trickle Fills, engineered for impeccable efficiency and matchless durability. Crafted from rigid PVC in sensational V-Bar/Bar Type shapes, these fills boast exceptional temperature resistance (up to 55C), high UV stability, and a service life beyond 10 years. Available in classic black or blue, maintained with effortless removal. With limited stock and customizable airflow, pick yours today for flawless integration in your HVAC or industrial cooling systems. Fire retardant options and eco-friendly materials included!

Versatile Usage & Application Areas

Cooling Tower Trickle Fills are used primarily in water-cooling towers for industrial process cooling and HVAC systems. Their specific design maximizes water and air contact, ensuring efficient heat transfer. These fills find application in commercial complexes, industrial manufacturing units, and process cooling in power plants. Their horizontal and vertical tray arrangements offer flexibility for diverse setup requirements, catering to both retrofits and new installations across various industries.

Certifications, Markets & Seamless Transactions

Our Cooling Tower Trickle Fills adhere to IS, CTI, and ASTM standards, guaranteeing reliable performance. We serve a wide domestic market across India-with prompt packing and dispatch from our facilities. Clients can exchange or return products as per policy, and payment terms are transparent and flexible. Detailed charges and transaction guidelines are provided up front, ensuring your procurement process is smooth and satisfactory from start to finish.

FAQ's of Cooling Tower Trickle Fills:

Q: How are Cooling Tower Trickle Fills installed?

A: Our trickle fills support both horizontal and vertical tray arrangements, allowing straightforward installation in new and existing cooling towers. They are lightweight and designed for easy handling.

Q: What is the benefit of choosing fire-retardant trickle fills?

A: Fire-retardant versions provide an extra layer of safety, minimizing fire risks within industrial and HVAC environments, especially where temperature resistance and stability are crucial.

Q: When should Cooling Tower Trickle Fills be cleaned or replaced?

A: It is recommended to check and clean the fills regularly based on operational conditions. Their easy-to-remove design simplifies both periodic cleaning and replacement, promoting efficient tower performance.

Q: Where can these cooling fills be used?

A: These fills are ideal for cooling towers in power plants, manufacturing industries, HVAC systems in commercial complexes, and other industrial process cooling applications.

Q: What makes the product eco-friendly?

A: These trickle fills are manufactured from reusable and recyclable rigid PVC, ensuring long service life and minimal environmental impact through sustainable materials and design.