Natural zinc mineral-based sunscreens help protect your skin from harmful UVA and UVB rays by creating a barrier on the skin's surface. Regardless of the weather, you should use sunscreen every season, every day. The sun emits two types of ultraviolet radiation that can cause genetic mutations and DNA damage: UVA (Ultraviolet A) and UVB (Ultraviolet B). These rays penetrate the skin at different levels, accelerating aging. UVB rays affect the melanin-producing cells in the epidermis, causing tanning. In reality, tanning is the skin's attempt to block these harmful rays. However, fair-skinned individuals can reach the burn threshold quickly.
On the other hand, UVA rays do not contribute to tanning but penetrate deeper into the dermis, causing more harmful effects. They damage collagen and elastin fibers, which are responsible for maintaining the skin’s firmness and elasticity. As a result, over time, the dermis loses its properties faster under the influence of UV rays, leading to a prematurely aged appearance.
Even on windy, cloudy, or cold days, you are exposed to UV rays. The harmful effects of the sun during cold weather can be understood from the snow goggles used by skiers to protect their eyes from snow blindness, as snowy surfaces reflect sunlight, increasing UV exposure. Moreover, these powerful rays can even pass through windows. Exposure to UV rays inevitably leads to photoaging signs like dark spots and wrinkles. Whether at home or in the office, miles away from the beach, you can protect yourself from the effects of photoaging with sunscreen.
Along with their UV protection benefits, sunscreens also have anti-aging properties. The best preventive care for spots and wrinkles is provided by sun protection creams. Additionally, sunscreens with natural ingredients, including organic oils and herbal extracts, nourish the skin. The Calendula Oil and Zinc Mineral Kudra Sun Protection Balm not only protects your skin from both UVA and UVB rays but also helps prevent moisture loss, soothes sensitivity, and supports the renewal of damaged cells.