Impression work-Zebra Tanya (white turquoise/sandalwood/Australian pink zebra) (12.5cm)

"Original creations, any similarities are purely coincidental. The following are legends or sources of inspiration, not actual effects." Jumping into my arms, my little cousin opened her bright black eyes, swayed with me to the music, and talked like an oversized cute doll. The Zebra Tanya Bracelet is an impressive piece for family members of this age. Lively, cute, naughty and shy, she reminds me of the time I spent taking care of my younger brother even though she is many years older than me. Australian pink zebra Stone is used as the main material. Its matte pink texture is like a plush toy, soft and warm, which reminds me of the innocence of childhood. The dark sandalwood is like her eyes, full of curiosity and agility. It is embellished with white turquoise, with pure white and naughty black stripes, as if she is showing her naughty side during play. The whole bracelet is like a reflection of her personality, cute and lively, innocent and pure. She held my hand and ran with a smile; she pouted and hid behind me, but her eyes shone with anticipation; she jumped up and down like a naughty little zebra, but her cheeks turned red with embarrassment over trivial matters. Wearing it is like having that carefree time, cherishing the softest and most sincere memories in your heart. --- Metal care: 1. Avoid contact with water and sweat: Metal is easily oxidized when exposed to water, so it is recommended to avoid wearing it when washing hands, swimming or exercising to prevent sweat and moisture from accelerating the discoloration of jewelry. 2. Stay away from chemicals: Chemical substances such as cosmetics, perfumes, and detergents may damage the surface of jewelry. It is recommended to wear jewelry after makeup to avoid direct contact with chemicals. 3. Avoid collision and friction: Impact and friction may cause surface scratches. Try to avoid jewelry from rubbing or falling against hard objects. 4. Pay attention to isolation when storing: When storing jewelry, it is best to place it in a sealed bag or an anti-oxidation bag and store it separately from other metal jewelry to avoid friction and oxidation reactions. 5. Wipe and maintain: Silver jewelry can be wiped with a Silver wiping cloth, and other metal jewelry can be wiped with an ordinary glasses cloth. Please note that if non- Silver jewelry is wiped with a Silver wiping cloth, a chemical reaction may occur. --- Metal experiments and usage status: Independent experiments tested the performance of metals in different environments (sulfide hot springs, high salt, scraping, hydrochloric acid). The results are as follows: ◇ Bronze: With natural use, it will gradually become darker and show a rustic style. One metal, two experiences. Yellow-brown Bronze oxide may be produced in high-salt environments. ◇ Alloy (Bronze/zinc/ Stainless Steel/ Silver surface, Bronze/ Bronze interior): People with Bronze allergies please take note! Experiments have shown that high-salt or high-acid environments will accelerate oxidation, resulting in darkening or patina. ◇ S925 Silver: It will turn black in a sulfide environment, become foggy in a high-salt environment (wipe with a Silver cloth), and turn red or foggy in a hydrochloric acid environment. ◇ Type 304 Stainless Steel: It is very stable under normal conditions, but may produce pitting corrosion (green-brown oxide) when exposed to hydrochloric acid. After the outer layer is destroyed, yellow-brown oxides will be generated when exposed to a high-salt environment. ◇ Zinc alloy: It is very stable in normal environments, but may crack in high-acid environments (such as hydrochloric acid) and change from the cracks, causing the metal to become brittle. ◇ 14K gold-filled (gold injection): The inner layer is usually Bronze, and the outer layer is plated with a thicker layer of gold. It can last for 5-10 years under normal use. Avoid contact with chemicals when wearing. If the outer layer is scratched and the Bronze layer is exposed, an oxidation reaction may occur; in the above experimental environment, the outer layer performed very stably.