Cooling Towers

Field Erected Counter-Flow Cooling Towers

United States Cooling Tower's Counter-flow models are specifically engineered for each individual project. Long term durability at optimum performance has always been the primary focus in the research and development of our counter-flow units. Each structure is matched with select state of the art components to insure maximum efficiency for cost effective operation. Thermal upgrades to increase performance can normally be easily achieved without major modifications to structural or mechanical components.

Lumber is hand-selected, precision-fabricated and pressure-treated to insure each unit will meet or exceed stringent CTI standards and specifications. All major structural components arc through bolted with stainless steel hardware. This includes stainless steel column anchors, shear plates with ring and strap connectors. Non-structural components are secured with heavy gauge stainless steel nails. 

 

Field-Erected Cross-Flow Cooling Towers

Continued thermal dependability is inherently built into United States Cooling Tower's Cross-flow Models. Our engineering and design techniques cross match various splash fills, drift eliminators, fan stacks, mechanical equipment, and structural designs until the correct combinations are identified that will meet or exceed the (long term) thermal requirements.

Cross-flow Models are designed to provide a minimum of 25 years in full operation with normal maintenance and water treatment requirements. This is achieved through detailed component engineering and stringent material specifications. Specially designed components include diagonal bracing, high quality distribution systems, nonferrous shear plates, ring and strap connectors, and high efficiency PVC internal components.

 

Fiberglass Cooling Towers

Featuring:

  • High Quality / Industrial Durability Made in the U.S.A.
  • Non-Corrosive Fiberglass & Stainless Steel Structure
  • Efficient Counter-flow Design
  • 250-3500 GPM Capacity

Call us at: 1-800-272-5481
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Last Updated: Wednesday, March 19, 2003 - By: JLH Systems