Febreze Air Mist Original with Gain Scent Fights Air Freshener, 8.8 oz

Febreze Air Mist Original with Gain Scent Fights Air Freshener, 8.8 oz, 8.8 Ounce

$3.99was $5.39
$0.45/oz

Sale Information

Sales price valid from 12/20/2024 until 12/26/2024

Ingredients

Water, Alcohol Denat., PEG-60 Hydrogenated Castor Oil, Fragrances, Sodium Citrate, Hydroxypropyl Cyclodextrin, Diethylhexyl Sodium Sulfosuccinate, Benzisothiazolinone, Nitrogen
Product Number: 00037000962526

Product Detail

Odors. They're everywhere… lingering in the air or arising at the most awkward times. Forget masking them with some froo-froo spray; Febreze Air Effects actually fights air odors. This can of ahhh-some straight up fights stink with a neat little molecule called cyclodextrin (Bonus: It's naturally made from corn). It's a handy air freshener that's easy to use: Simply spray in a sweeping motion and fight those bad smells anywhere... the bathroom, the kitchen, that cabin you rented for the weekend, the shoe closet, your kid's room… anytime you want an instant burst of fresh. With rich amber, invigorating greens, and sweet florals, the freshness of Gain Original Scent is a treat to your nose... without doing a single load of laundry. And because Febreze AIR uses 100% natural propellants, you can confidently freshen your home every day. Looking for even more ways to breathe happy with Febreze? Take the freshness on the road with CAR Vent Clips.

Preparation & Usage

Directions: Hold can upright. Pull trigger back. Spray the air in a sweeping motion throughout the entire room. Dry damp floors to avoid injury.

Features

100% Natural Propellant

Long Lasting Freshness

Water-Based Formula

With a Corn-Derived Odor Fighter

No Dyes

No Formaldehyde

No Phthalates

No Flammable Propellants

Sale Information

Sales price valid from 12/20/2024 until 12/26/2024
Product Number: 00037000962526

Ingredients

Water, Alcohol Denat., PEG-60 Hydrogenated Castor Oil, Fragrances, Sodium Citrate, Hydroxypropyl Cyclodextrin, Diethylhexyl Sodium Sulfosuccinate, Benzisothiazolinone, Nitrogen