Noble-Handmade Light Cotton Short Sleeve Top

In the summer, you should take off the heavy romance! The sun is enough to sting no need Even a love robbery Still hung on the body D_J_FUN will give you the freshest clothes and let you be reborn this summer 🌱🌱🌱🌱🌱🌱🌱🌱🌱🌱 All items in D_J_Fun are made of pure cotton, which reduces the weight of the clothing. Each piece weighs less than one hundred grams! Let you experience the light life of moving at home, every time you go out, you feel at home like at home ✔Weight less than 100 grams ✔ Pure cotton skin-friendly ✔ Artist design ✔ Tailored fit ✔ Master skill It has high breathability properties that are not available in ordinary cotton materials, and it is the right guard for your skin. Put on skin-friendly and put on free ~ 🚩🚩 Material: Cotton100% Size: XS, S, M, L, XL, XXL Color: white 【Why do you choose pure cotton】 Do you know how much carbon emissions are required to manufacture a piece of clothing? The carbon emissions required for a piece of clothing include the energy required to manufacture the fabric fiber, plus the energy required to weave the fiber into clothing, resulting in carbon dioxide emissions. The thermal energy required for weaving cloth per meter is 4500 ～ 5500 kcal, and the electrical energy required for weaving cloth per meter is 0.45 ～ 0.55 kW. For every kilogram of fiber, the energy used by nylon is 250, polyester fiber is 125, wool is 63, but cotton is only 55. That is to say, when you consume a piece of nylon clothing, it will cause up to five times as much carbon dioxide as cotton clothing to be discharged into the atmosphere and into the abnormal climate, your home. [What is the difference between D_J's high-end cotton and ordinary cotton? 】 D_J adopts special weaving technology, weaving cotton into fabric with higher-end technology, assuring you that each T-shit weighs less than 100 grams! Emphasize! Moisture 🌱 Perspiration 🌱 Gentle 🌱 Safe Hypoallergenic 🌱 [Artist Ye Ming-Looking at the world with innocent eyes] Origin / manufacturing methods MIT