Bulldog Fresh Mint & Cedarwood Spray Deodorant

Bulldog Fresh Mint & Cedarwood Spray Deodorant is a spray deodorant for men developed to provide 24-hour protection against bad odour.
The deodorant has a fresh scent of natural ingredients with refreshing notes of peppermint, spearmint and rosemary, complemented by patchouli and cedarwood.
It combines the best of nature and science for a unique fragrance technology with protection against bad odour and long-lasting freshness.
Also suitable for sensitive skin.
The product contains a blend of coconut oil, teflose and naturally derived alcohol which helps to prevent odour-causing bacteria from adhering to the skin.
Teflose is a carbohydrate produced by bacterial fermentation. It creates a "Teflon-like" coating on the skin that prevents bacteria from attaching.
Alcohol - Extracted from sugar beets. Alcohol helps prevent odour-causing bacteria from adhering to the skin by creating a dry, inhospitable environment for bacteria.
Coconut oil - Has a high content of fatty acids such as lauric acid. The fatty acids help to prevent odour-causing bacteria from adhering to the skin. Coconut oil also helps to moisturise the skin.
Stay fresh all day with Bulldog Fresh Mint & Cedarwood Spray Deodorant!

At Bulldog, we believe in making quality products that unlock the true potential of naturally sourced ingredients.

98% natural ingredients.
Dermatologically tested.
Aluminium-free. The bottle is made from 100% recycled aluminium and is fully recyclable.
Bulldog Fresh Mint & Cedarwood Spray Deodorant uses an innovative technology that replaces common hydrocarbon propellants with the inert gas nitrogen, to reduce the product's contribution to greenhouse gases. The technology also means that 125ml provides as many uses as a deodorant in a 250ml pack.

An independent clinical study with 20 male volunteers, conducted in December 2022, showed that Bulldog Fresh Mint & Cedarwood Spray Deodorant provides 24-hour protection against bad odour. The product is also dermatologically tested through an independent study under dermatological control on a group of 50 volunteers (male and female), of which 25 volunteers with allergies/atopy (sensitive skin).