Your clothes are your body’s second skin; they protect, insulate, and absorb. They can also do a few other things: influence your behavior and mood, help regulate your temperature range, and even how well your body performs in the gym.
But how does the energy of your clothes affect you? The answers lie in two fundamental properties: clothing’s ability to insulate and its ability to absorb. With this in mind, you can now theorize about why wearing certain clothes contributes more to certain physical activities than others. For instance, when you wear gym clothes, you may be more likely to engage in vigorous activity, whereas sporting clothes could influence your performance in long-distance running. Let’s explore how your clothes’ energy affects your body.
1. Clothes Fabric Can Affect Your Body
The energy of clothing, or cotton’s insulating quality, will affect your body. Cotton clothes can absorb excessive amounts of warmth and cold. On one hand, cotton absorbs the heat from the sun and the heat from the ground to keep you warm. On the other hand, cotton can also absorb the cold from your skin.
Clothing made of high-tech fabrics, such as polyester and spandex, can absorb heat from a warmer material like the human body. These fabrics reflect the sun’s high energy and absorb your body’s energy. This way, clothes made of high-tech fabric act like mirrors for the heat or cold. You must be aware of the energy in your clothes, so you can determine if it helps your workout experience.
2. Tight Clothes May Influence Your Body
Flexible clothing is important because it allows your body to move and bend without restricting your range of motion. This is important, especially when you exercise or run. You need your body to expand and contract with each step and stride, so you can enjoy the benefits of long-term fitness.
On the other hand, tight clothing may also obstruct your breathing and circulation. This means that you may not be able to exercise or enjoy its benefits, especially if you do not have your body’s best foot forward. This is why a pair of loose pants or a loose-fitting shirt would be better if you run or exercise. You don’t want to be immobile, so ensure your clothing is loose.
3. Clothes Can Absorb Your Skin’s Energy
Your clothes’ energy will also affect your body because they can absorb your skin’s energy. You sweat when the weather is hot, and the sun is out for long hours. Your sweat has body heat and even negative ions, attracting dirt and dust. It can also make you feel sticky and uncomfortable. This is why you need loose clothing. A loose-fitting shirt will absorb more sweat from your skin and help keep it at bay. Your skin will continue to be cooler if you wear loose clothing, which can keep you in a better mood.
4. Your Clothes’ Energy Affects Your Mood
Your clothing can also affect your mood because it absorbs the energy of the sun and the heat from your body. It will have a bigger effect when you if you’ve been exercising for long hours. You are more likely to feel better if you wear comfortable clothes. Your mood will surely improve, especially if you wear natural fabrics.
Because mood is such an important factor in our daily routine, more and more providers are manufacturing and selling clothing items that can improve your well-being, such as a quantum jacket for men.
Conclusion
The energy of your clothes will surely affect your body, so it is essential to know how they work. The best way to go about it is to wear clothing that absorbs your skin’s sweat and heat. This will allow you to enjoy the health benefits of exercise. Loose clothing will allow your skin to breathe better and make you feel less sticky and uncomfortable. Loose clothing will also keep you in a better mood because it does not restrict your body’s range of motion.
Iskra Banović is our seasoned Editor-in-Chief at BlueFashion. She has been steering the website's content and editorial direction since 2013. With a rich background in fashion design, Iskra's expertise spans across fashion, interior design, beauty, lifestyle, travel, and culture.
