Jade Phoenix Perched on Jade (Phoenix Stone / White Cat's Eye / Green Agate) (15cm)

"Original creation. Any resemblance to other pieces is purely coincidental. The following is based on legends or inspiration, not actual effects." Birds in flight, dappled light filtering through leaves, a phoenix gracefully alights on a branch of a Chinese parasol tree. Its plumage shimmers with magnificent colors in the sunlight, as vibrant as a peacock's. Ancient legends tell of the phoenix resting among parasol trees, symbolizing a wise and talented individual choosing to serve a virtuous ruler, representing auspiciousness and abundant talent. Capturing the elegance and majesty of the phoenix through natural colors and textures, Phoenix Stone displays a base of grey-green with shifting patterns of sapphire blue and light orange, reminiscent of the brilliant sheen on phoenix feathers. White Cat's Eye lends a translucent, ethereal glow, like the phoenix's bright eyes. Green Agate, with its saturated and luminous hue, symbolizes vitality and hope, adding vibrancy to the entire piece. Intricately detailed woven sterling silver accents glimmer like sunlight through the parasol leaves, understated yet opulent. Let the legend of the phoenix transform into daily inspiration, infusing ancient auspicious meanings into modern life, emphasizing the manifestation of inner strength and character, guiding direction, and solidifying belief. --- Metal Care: 1. Avoid contact with water and sweat: Metal oxidizes easily when exposed to water. It is recommended to remove jewelry when washing hands, swimming, or exercising to prevent sweat and moisture from accelerating discoloration. 2. Keep away from chemicals: Chemicals such as cosmetics, perfumes, and detergents can damage the surface of the jewelry. It is advised 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. 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 bag, and store it separately from other metal jewelry to prevent friction and oxidation reactions. 5. Polishing and maintenance: Silver jewelry can be polished with a silver polishing cloth. Other metal jewelry can be wiped with a regular glasses cloth. Please note that non-silver jewelry may cause a chemical reaction if wiped with a silver polishing cloth. --- Metal Experiments and Usage Status: Self-conducted experiments tested the performance of metals in different environments (sulfur springs, high salt, abrasion, hydrochloric acid), with the following results: ◇ Brass: Under normal use, it gradually deepens, presenting a rustic style. One metal, two experiences. High salt environments may generate yellowish-brown copper oxide. ◇ Alloy (Brass/Zinc/Stainless Steel/Silver surface, Red Copper/Brass interior): Please be cautious if you have copper allergies! Experiments show that high salt or high acid environments accelerate oxidation, causing deepening or verdigris formation. ◇ S925 Silver: It will turn black in sulfurous environments, become foggy in high salt environments (can be wiped with a silver polishing cloth), and turn red or foggy in hydrochloric acid environments. ◇ 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 salt environments will generate yellowish-brown oxides. ◇ Zinc Alloy: Very stable in general environments, but may develop cracks in highly acidic environments (such as hydrochloric acid), leading to changes from the cracks and making the metal brittle. ◇ 14K Gold Filled (Karat Gold Bonded): The interior is typically brass, with a relatively thick layer of gold plated on the exterior. Under normal use, it can last for 5-10 years. Avoid contact with chemicals during wear. If the outer layer is scratched, exposing the copper layer, oxidation may occur; the outer layer remains very stable in the experimental environments described above.