Sunset Amethyst Dream (Amethyst-like Imperial Jasper / White Moonstone Cat's Eye / Sea White Pearl Golden Shell) (14cm)

"Original creation; any resemblance to others is purely coincidental. The following is for inspiration and legendary context, not actual guaranteed effects." As the sun dips below the horizon, the sky transforms into a canvas meticulously crafted by an artist, with hues of blue, purple, and gold interwoven into a magnificent oil painting, capturing the ephemeral beauty of the world. Soft twilight hues filter through the clouds, gently kissing the shimmering sea. The Imperial Jasper, much like the sky at sunset, possesses a noble and profound blue-purple, reflecting boundless tranquility and expanse. The White Moonstone Cat's Eye, reminiscent of a full moon, casts a gentle aura as night quietly descends, bringing a touch of serenity and peace. The natural Australian deep-sea white pebble pearl, with its white gradually blending into warm gold, mirrors the final rays of sunlight illuminating the ocean, as if bidding farewell to the day's bustle and welcoming the unknown dreams ahead. The vintage brass-toned zinc alloy metal, intricately carved with vine-like details, exudes an air of romance and opulence. It is a three-dimensional oil painting, a silent poem, carrying the magnificence and warmth of nature with you, infusing every moment with poetry and elegance. --- Metal Care Instructions: 1. Avoid Contact with Water and Sweat: Metal oxidizes easily when exposed to water. It is recommended to remove jewelry before washing hands, swimming, or exercising to prevent sweat and moisture from accelerating discoloration. 2. Keep Away from Chemicals: Cosmetics, perfumes, cleaning agents, and other chemicals can damage the surface of jewelry. It is advisable to put on jewelry after applying makeup to avoid direct contact with chemicals. 3. Avoid Collisions and Friction: Collisions and friction can cause surface scratches. Please try to avoid rubbing jewelry against hard objects or dropping it. 4. Store Separately: When storing jewelry, it is best to keep it in a sealed bag or anti-oxidation pouch, and store it separately from other metal items to prevent friction and oxidation. 5. Polishing and Maintenance: Silver jewelry can be polished with a silver polishing cloth. Other metal jewelry can be wiped with a regular eyeglass cloth. Please note that using a silver polishing cloth on non-silver items may cause a chemical reaction. --- Metal Experiments and Usage Conditions: Independent experiments were conducted to test the performance of metals in various environments (sulfur hot springs, high salinity, scratching, hydrochloric acid). The results are as follows: ◇ Brass: Under normal use, it will gradually deepen, presenting an antique aesthetic. One metal, two experiences. In high-salinity environments, it may develop a yellowish-brown copper oxide. ◇ Alloy (Brass/Zinc/Stainless Steel/Silver Plating, Copper/Brass Core): Attention to those with copper allergies! Experiments show that high-salinity or high-acidity environments accelerate oxidation, leading to darkening or verdigris formation. ◇ S925 Silver: Turns black in sulfurous environments. In high-salinity environments, it may become cloudy (can be wiped with a silver polishing cloth). In hydrochloric acid environments, it may turn red or become cloudy. ◇ Type 304 Stainless Steel: Very stable in general environments. May develop pitting (greenish-brown oxide) when exposed to hydrochloric acid. Once the outer layer is compromised, contact with high-salinity environments will produce yellowish-brown oxides. ◇ Zinc Alloy: Very stable in general environments, but may develop cracks in highly acidic environments (e.g., hydrochloric acid), leading to brittleness as changes begin from the cracks. ◇ 14K Gold Filled (Gold Inlaid): The core is typically brass, with a thick gold layer plated on the outside. Under normal use, it can last 5-10 years. Avoid contact with chemicals when wearing. If the outer layer is scratched, exposing the brass core, oxidation may occur; under the experimental conditions described above, the outer layer remains very stable.