With the arrival of sunny days, it is important to protect your skin from the heat, sun, salt and chlorinated water that can dry it out. To keep your skin hydrated during this time, it is recommended to use a moisturizing cream or balm. However, it is crucial to be cautious about the products you use. Some creams contain chemical or toxic substances that can harm your skin and the environment.
Lekaba.fr, a guide to responsible consumption, recommends using natural products to avoid these harmful effects. One alternative to buying commercial moisturizers is making your own balm at home. By using natural ingredients and avoiding additives, you can create an environmentally friendly and good for your skin moisturizing balm. The ingredients needed for a homemade balm include coconut oil, beeswax, cocoa or shea butter, vegetable oil and a drop of vitamin E.
Although the initial investment in ingredients may seem expensive, it will provide you with enough materials to make multiple batches of balm. The process of making the balm involves melting the oils together in a pot on low heat until they become liquid then pouring them into a mold and letting it solidify. Once solidified, the balm can be used on the skin to keep it moisturized. It’s essential to keep the balm refrigerated during hot weather to prevent it from melting.
Homemade balms are beneficial for moisturizing the skin as they leave an oily layer on the skin which helps lock in moisture; however, it’s advisable to wait a bit before putting clothes on after application so that it doesn’t cling too much to your clothes. Homemade balms are hydrating and long-lasting, offering a sustainable alternative to commercial moisturizers. By making your own balm, you can control what goes into your skincare products; avoid harmful substances and reduce packaging waste contributing towards a greener lifestyle.
In conclusion, making your own natural skincare products is not only beneficial for your skin but also has environmental advantages over buying commercial ones that contribute significantly towards global greenhouse gas emissions due to their manufacturing processes and packaging waste.
