Innovative Concrete Protection and Pollution Control

Quick Contact

Gaussan Inc.
P.O. Box 851
Tilton NH 03276
Tel: 1 603-286-1945
Fax: 1 603-286-1946

Concrete Structures Lined with CORR-TITE® CPMS
A concrete structure’s usefulness is directly related to its life span and serviceability. To remain durable, it must resist deterioration within the aggressive environment in which it functions.

Corr-Tite® Concrete Protective Membrane Systems (CPMS) are unique in their ability to prevent deterioration. When properly installed, they can completely isolate the entire structure from the environment in which it operates. Corr-Tite® CPMS has T’s or studs that are embedded in the concrete making the liner an integral part of the structure itself.

More and more, concrete protective liners are being specified in industrial and municipal digesters, surge and holding tanks, and in wastewater applications.






Corr-Tite® CPMS has proven to be reliable and repairable over the life of the structure in virtually all applications and is comparable in initial cost to high-end coatings, and is actually more cost effective given the standard maintenance and replacement requirements of coatings. Owners who have concerns about the long term viability of coatings now have a choice. Structures lined with Corr-Tite® CPMS offer a new, and real alternative.

Innovative Welding Techniques

The associates of Gaussan PM have been leaders in the field of thermoplastic linings for more than 30 years. Our innovations include welding equipment now used industry-wide.

We’ve also developed innovative welding and fabrication techniques for Corr-Tite® CPMS that are available only through Gaussan. We provide prefabricated panels of Corr-Tite® CPMS to fit virtually any formwork configuration.

Corr-Tite® CPMS has been used successfully in industrial and municipal wastewater treatment, chemical wastewater treatment, underground vaults and containment basins as well as manholes, truck loading pads, sumps and tunnels.

KEY FEATURES:

  • • Proper installation does not depend on ambient conditions
  • • Flexibility of the liner lasts the life of the structure
  • • Viable in highly corrosive environments
  • • Spans cracks in concrete up to 10 mm
  • • Tolerates pH ranges from 1 – 13
  • • Liner component can be designed for higher temperature applications
  • • Maintains weldability over time
  • • Easily repaired over the life of the structure
  • • High abrasion resistance
  • • Suitable for potable applications