Dedicated to Protecting Fire Sprinkler Systems from MIC and Generalized Corrosion

Huguenot Laboratories staff of highly trained MIC (Microbiological Induced Corrosion) experts have over 150 years of combined industry experience in testing, identifying, mitigating, and monitoring microbial and generalized corrosion in fire protection systems (FPS). We offer the industries only performance based guarantee that assures corrosion rates are maintained at a maxiumum sustained rate of 2.0 Mils Per Year. Our nationwide network of NELAP certified Laboratories offer a wide variety of microbial, deposit, metallurgical, and water analysis to properly identify problematic conditions so proper treatment solutions can be prescribed. We Provide MIC detection, treatment and maintenance programs for all water based fire sprinkler systems throughout America, Canada, and Mexico. Huguenot Laboratories is the only fire sprinkler corrosion management company that warranties the results of the treatment program by offering a full money back refund for the products used in your application.

Here is what you need to know on MIC:

• MIC and corrosion are common in the fire sprinkler systems in buildings, factories and warehouses. MIC attacks all types of metals in a fire sprinkler system, with steel pipe being the most vulnerable. 
• Internal build up of heavy corrosion can occur in isolated parts of a system, or can be living and growing throughout the entire network of pipes and sprinkler heads.
• MIC is found in both new and old systems. It is well documented as a problematic condition in fire sprinkler systems around the globe.
• Microbiological Influenced Corrosion is easily controlled with the proper treatment program. Get warrantied results today!

The first step to stopping MIC in its tracks is to conduct a thorough inspection of your fire sprinkler system.

Know the tell tale signs of MIC:

• Pinhole leaks in pipes.
• Black water with a foul, rotten egg odor.
• Reduced water pressure and flow in the system.
• During flow tests, rust or black water stains the concrete.