New Aluminium free Antiperspirant Hydrogel

Antiperspirant
Anti Shine
Anti-Age

Designed to counteract and treat excessive sweating in the same way as Botox injections.

Botulinum Toxin is an effective means of treating Hyperhidrosis (excessive sweating) although it requires painful injections of a toxic substance directly into the body and it is prohibitively expensive for a temporary resolution. Botox prevents sweating by acting on specific proteins and blocking the biochemical mechanism that induces releases of acetylcholine and the subsequent secretion of fluid from the eccrine sweat glands.

Perspi Gel is a new, unique, aluminium free hydrogel that treats this common problem in the same way as Botox. It's patent-pending formulation contains a blend of natural substances that are capable of blocking the acetylcholine release using two peptide technologies combined with an efficiency booster. These nano-sized water soluble peptides penetrate were conventional non-aluminium based antiperspirant ingredients can't, giving superior levels of protection that is safe and pleasant to use all over the body, including underarms, face, hands and feet.

Perspi-Gel Antiperspirant is also an extremely effective facial shine control gel that contains CH3 pentapeptide, more commonly known for it's anti-aging properties. The gel can be used as an antiperspirant all over the body, a shine control product and an anti-aging cream.

Perspi-Gel is part of an effective, safe, unique and convenient range of personal hygiene products available exclusively from BuyinConfidence Ltd. Please call 0845 643 9545, email office@buyinconfidence.com or visit BuyinConfidence.com.

Apply to clean, dry skin before going to bed. Apply consecutively to see best results.

Ingredients
Aqua, Glycerin, CH3™ Pentapeptide (contains aqua, glycerin, pentapeptide-3, caprylyl glycol) acetyl hexapeptide-3, Purified Diethylene Glycol Monoethyl Ether, Essential Lemon Oil, Essential Tee tree Oil, PEG 40 or Sorbitan Monolaurate, PEG-8 Caprylic/Capric, Glycerides, Laureth-9, Potassium Sorbate, Disodium EDTA, Alkyl Acrylate Crosspolymer, Lactic Acid