The SafeHome Furnace Filters not only filter out allergens but also tackle formaldehyde, VOCs, ozone, and other chemicals commonly found in homes, especially new homes. These filters are an ideal choice for households with Multiple Chemical Sensitivity sufferers. SafeHome Filters offer a highly effective and affordable way to capture up to 95% of common household allergens and eliminate odors from pets, cooking, paint, etc. with high density activated carbon and advanced compounds to trap harmful gases that can trigger asthma or allergies.
The SafeHome Duo Furnace Filters not only filter out allergens but also tackle formaldehyde, VOCs, ozone, and other chemicals commonly found in homes, especially new homes. These filters would be an ideal choice for households with Multiple Chemical Sensitivity sufferers. The SafeHome Duo not only works differently than most disposable 1" furnace filters, but is also designed differently. It features a polyester pre-filter, a chemical filter, a steel inner frame, a polyester post filter and self-sealing edges. This unique filter design provides 95% effective particulate removal and whisper quiet operation. Replace every 3 months. Variety of sizes available.
The SafeHome Duo4 Deep Furnace Filters provide a complete solution to indoor air quality in homes with air handlers or air furnaces that use deep section filters. The Duo4 incorporates a MERV 7 allergen filter and a powerful chemical filter into one pleated 4" deep disposable filter. With the same airflow characteristics as most new 5" filters, this filter can be used as a replacement for either 4" or 5" filters. The SafeHome Duo4 filter consists of 300 grams per square foot of a 50/50 carbon and FormaldaSorb™ blend that is extremely effective removing odors and gases. The Duo4 should be replaced at least every 6 months for maximum filtration efficiency. 4 standard sizes available
Furnace Filter Reviews
- Furnace Filter reviews by expert reviewers and ratings to help you choose the best furnace filter for allergen and furnace filtration %.