Features & Applications:
Bio-Fresh cd by Nu-Calgon is a ready-to-use bacteriostat, fungistat and deodorizer based upon chlorine dioxide technology. It is recommended for control of bacteria, mold, mildew, fungi and yeast in IAQ applications. Its EPA registration includes application in HVACR ventilating equipment, including coils, condensate pans, filters and duct-work.
Features:
- A ready-to-use, fungicide, virucide, mildewstat, deodorant
- Low toxicity. . .may be applied to occupied spaces
- Can be fogged or sprayed
- It kills odor-causing bacteria and germs
- Tested effective against Legionella
- Helps to reduce allergies
- Non-Rinsing
- EPA Registered
Applications:
Evaporator coils, condensate drain pans, filters and duct-work in air conditioning systems can be an excellent breeding ground for bacteria, including Legionella bacteria and mold. Left untreated, it can grow and eventually effect indoor air quality, a major concern of the IAQ movement today. Use of a product like Bio-Fresh cd in a total program such as Nu-Calgon’s IAQ Assurance Program will correct this problem by preventing the growth of bacteria or mold.
Micobial Control:
Bacteria and mold are everywhere in our environment. For many allergy sufferers, their presence and growth in the air handling system can significantly aggravate or even initiate an allergic response. Bio-Fresh cd can address this by preventing the growth of bacteria, mold, etc. It specifically reacts with the microbial’s cell wall, interfering with and preventing their growth.
Deoderization:
The powerful active ingredient in Bio-Fresh cd oxidizes odors associated with bacteria, mold, mildew, smoke, animals, etc. in the air and in air handling units. The product does not cover up or mask the odor with alcohol or perfumes, it eliminates or oxidizes the source of the odor, leaving the air fresh and clean.
Toxicity & Safety:
The product’s most significant feature is its low toxicity and safety. Bio-Fresh cd contains no environmentally damaging or flammable ingredients, and it may be applied to occupied spaces.