A: Our Secret Clinical Strength Invisible Solid Stress Response has a light citrus scent. While we know that the majority of our Secret formula is considered vegan, the complexity of our fragrances makes this more difficult to confirm. We trust our fragrances are made from only high-quality ingredients, however, many of our fragrance suppliers keep their formulas confidential. For this reason we cannot promise our products are 100% Vegan. Please note, that our PETA certification applies only to cruelty free, and a vegan certification is still in the works.

A: Hi Jen! I am sorry to hear that our new version of the Secret Clinical Stress Response has not been working for you. We now only offer it as an antiperspirant to help fight the leading cause of odor which is sweat. Please know that decisions to discontinue products or introduce new ones are thought out very carefully. Consumer purchasing patterns and ongoing consumer research are taken into consideration when making such important decisions. We always want to bring you the latest innovations and sometimes this means we have to say good-bye to older or favorite products, especially if demand isn’t high enough to keep making them. We do understand that loyal users like you may not be happy when one of your favorite products is gone, and we are really sorry about this. Your comments mean a great deal to us and we will share them with the appropriate team. If you would like recommendations on what to use we will be happy to help. Please feel free to give us a call at (800) 964-1947. Our hours are Monday- Friday from 9 a.m. to 6 p.m. EST. We hope to hear from you soon.

A: No. Aluminum is found in antiperspirants but NOT in deodorants. There is no safety data that suggests that aluminum presents a health threat when included in beauty care products. Aluminum occurs naturally as the most abundant metal in the earth's crust and is found in drinking water and food. Aluminum containing ingredients can be used in products such as antiperspirants, to reduce excessive perspiration by forming a barrier over the surface of the sweat gland.