When selecting deodorants, the ingredients used must be considered. Common components in deodorants include antibacterial agents such as triclosan and natural substitutes such as tea tree oil. Antisweat agents contain aluminum compounds that reduce sweat production by blocking sweat glands. People with sensitive skin can choose aluminum free or natural deodorants.

Deodorants come in many forms, including spray, roll, stick and cream. Each type has unique advantages in terms of application, lifespan, and effectiveness. Spray provides a quick and easy application effect, while stick and roll packaging provide targeted coverage. Due to its soothing properties, people with sensitive skin usually prefer cream.

There are various types of body deodorants on the market, each with its own characteristics. The spray deodorant is convenient to carry, and can be sprayed gently when using; Ball type deodorants are more suitable for local application, making it easier to control the dosage. In addition, there are specialized deodorants tailored to different genders, skin types, and needs, such as those for men, women, and sensitive skin. Consumers can choose suitable products based on their own needs.

Generally speaking, body deodorants can be used after bathing or showering to fully exert their effects. When applying deodorant, it is recommended to evenly spray or apply it to areas such as armpits, neck, and groin that are prone to odor. Please note to avoid spraying deodorants into the eyes or mouth and nose to avoid discomfort.

Body deodorants mainly eliminate body odor by inhibiting bacterial growth, neutralizing odor molecules, and forming protective barriers. Some products contain antibacterial ingredients that can reduce the growth of bacteria on the skin surface, thereby reducing body odor problems. Meanwhile, the neutralizing agent in deodorants can bind with odor molecules, causing them to lose their odor. In addition, body deodorants can also form a protective film on the surface of the skin to prevent the recurrence of odor molecules.