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Tide Plus Febreze Sport Active Fresh High Efficiency Liquid Laundry Detergent Soap
About this item
Highlights
- Tide's #1 odor remover
- Reformulated to remove even week-old sweat odors
- From America's #1 Trusted Detergent Brand* *Tide is Consumers' #1 Trusted laundry detergent brand in Readers Digest survey
- Cleans, freshens, whitens, brightens + more odor-fighting power
- Works in all washing machines
- Keep out of reach of children
Description
Ingredients:
Allergens & Warnings:
CAUTION: MAY IRRITATE EYES. DO NOT GET IN EYES. DO NOT REUSE THIS PACKAGE FOR DISPENSING BEVERAGES OR OTHER LIQUIDS. KEEP OUT OF REACH OF CHILDREN. FIRST AID TREATMENT: Contains surfactants (anionic and nonionic) and enzymes. If swallowed, give a glassful of water or milk and call a Poison Control Center or doctor immediately. Do not induce vomiting. If in eyes, rinse well with water for 15 minutes., CAUTION: EYE IRRITANT. HARMFUL IF SWALLOWED.Shipping details
Return details
Q: Is this septic tank safe?
A: All Tide products have been thoroughly evaluated to use in homes with septic tanks. As long as you follow the recommended amounts as directed, they do not damage the septic system (including aerated systems) or plumbing systems with a properly functioning septic tank.
submitted byTide - 3 months agoBrand expert
Q: Tide Ultra Sport OXI work in non HE WSHR?
A: Yes you can use HE detergent in a regular washing machine. You might notice fewer suds, but your clothes will still come out fresh and clean!
submitted byP&G - 5 months agoBrand expert
Q: TIde Ultra Sport fade colored clothes?
A: No, it does not when used as directed.
submitted byP&G - 5 months agoBrand expert
Q: I am looking for a neutral pH laundry detergent. What is the level of pH of Tide Sport?
A: Our Tide Plus Febreze Liquid Laundry Detergent - Sport Active Fresh at 10% solution (10% detergent and 90% water) has a pH of 8.1 – 8.6. Please note that a 10% solution is a more concentrated solution than what is used in your washing machine. Cleaning products are usually alkaline because soils are generally acidic and require an alkaline solution to remove them.
submitted byTide - 2 years agoBrand expert