Three large cooling towers from a power plant emit white steam against a clear blue sky. The gray towers, adorned with red-and-white patterned tops, stand prominently in the image.

ShockWave^®

ShockWave is a thermally engineered advancement to standard vertical-fluted products. Its enhanced vertical flute orientation and patented PowerCurve™ design leverage the fouling resistance of vertical-fluted products with the thermal performance of high-efficiency fills.

Brentwood has improved the use of the sheet surface area and incorporated diamond tube channels that provide a clear vertical sight path through the product. These design features promote mixing of the air as it moves through the pack, maximizing evaporative heat transfer and exceeding the performance of cross-fluted fills while incorporating the fouling resistance of vertical-fluted products.

an image showcasing the Shockwave from Brentwood Industries

BENEFITS

Designed for applications with compromised water, such as power plants, refineries, and steel mills

Engineered without flute crossovers to increase fouling resistance

Available Mechanically Assembled or solvent welded

Navigate Within Hybrid-Fluted Fills

Features

an image showing a close up the OF21MA from Brentwood Industries

Fouling Resistant

Brentwood’s low-fouling fills have been designed to provide a solution for applications with poor water quality, preventing the media from plugging and improving overall tower efficiency.

A horizontal bar graph with two bars, constructed to showcase "Efficiency" in blue and "Fouling Resistance" in green. Both bars feature a small white section on the right, demonstrating the tool's impact effectively.

Highly Efficient

ShockWave balances high efficiency with fouling resistance to improve heat transfer and maximize tower performance.

A close-up view of a geometrically arranged hexagonal pattern with a metallic and reflective surface, reminiscent of an OF21MA.

Mechanical Assembly

Brentwood’s Mechanical Assembly technology has been improved for the production of ShockWave, yielding connections that are 50% stronger than glued.

Hybrid-Fluted Film Fill Specifications

English Metric

Products	Surface Area ft2/ft3	Sheet Spacing inches	Flute Angle Degrees (°)	Sheets Per Foot	Media Min. Size D/W/L inches	Media Max. Size D/W/L inches	Media Standard Size D/W/L inches	Nominal Gauge mils	Dry Weight lbs/ft3
ShockWave	42	1.0	0	12	D: 11.8 W: 5.9 L: 12	D: 23.625 W: 11.8 L: 144	D: 23.625 W: 11.8 L: 72	8, 10, 15, 20	1.3, 1.7, 2.5, 3.3

Products	Surface Area m2/m3	Sheet Spacing mm	Flute Angle Degrees (°)	Media Min. Size D/W/L mm	Media Max. Size D/W/L mm	Media Standard Size D/W/L mm	Nominal Gauge mm	Dry Weight kg/m3
ShockWave	138	25.4	0	D: 300 W: 150 L: 305	D: 600 W: 300 L: 3658	D: 600 W: 300 L: 1829	0.20, 0.25, 0.38, 0.51	20.8, 27.2, 40.0, 52.9

Articles & Literature

Choosing the right cooling tower fill

Choosing the Right Fill for Your Tower & Application

A question we often receive is, “How can you be certain that a particular fill will work in my tower?” Well, first, we take a stack of cards and […]

Literature

ShockWave Cut Sheet Cooling Tower Brochure

Related Articles

Fill Fouling Fundamentals The Importance of Material Property Standards for Cooling Tower Fill Thermoforming Process: Before- vs. After-Forming Thickness of PVC Cooling Tower Counterflow Fill Media Review

Abstract image featuring a minimalist design of white and light gray geometric shapes. The background has a subtle gradient, creating a clean and modern aesthetic.

X