14K White Gold Plated Solitaire Pendant Necklace 1 Ct Pear Cut Simulated Diamond

$ 13.73

Era: Undated depth: As per Image Main Stone Creation: Simulated Main Stone Depth: As per Image Main Stone Width: As per Image Seller Warranty: Yes Main Stone Shape: Pear Cut Grade: Excellent Wholesale: Yes Metal Purity: 925 Parts per 1000 Features: Nickel-Free Occasion: Anniversary, Birthday, Christening, Christmas, Confirmation/Communion, Engagement, Father's Day, Graduation, Mother's Day, Valentine's Day, Wedding Color: White Theme: Art, Beauty Closure: Spring Ring Main Stone Length: As per Image Main Stone Color: White Material: Stone Pendant Shape: As Per Image Setting Style: Prong Customized: Yes Handmade: Yes Personalization Instructions: As Per Buyer's Requirement width: As per Image Pendant/Locket Type: Charm Main Stone: Simulated Diamond Necklace Length: 18 in Base Metal: Sterling silver Chain Type: Round Link Secondary Stone: Simulated Diamond Main Stone Treatment: Not Enhanced Type: Necklace Style: Pendant Brand: KJ1000 Metal: White Gold Plated Personalize: Yes

Description

14K White Gold Plated Solitaire Pendant Necklace 1 Ct Pear Cut Simulated Diamond. The necklace features a spring ring closure and is nickel-free, making it safe for sensitive skin. Personalization is available upon request, and the pendant charm exudes beauty and artistry. This handmade necklace from KJ1000 is a perfect choice for those looking for a unique and high-quality piece to add to their collection. The 14K White Gold Plated Solitaire Pendant Necklace with a Pear Cut Simulated Diamond is a stunning and elegant piece of jewelry perfect for various occasions such as engagements, weddings, anniversaries, and birthdays. The necklace features a spring ring closure and is nickel-free, making it safe for sensitive skin. Personalization is available upon request, and the pendant charm exudes beauty and artistry. This handmade necklace from KJ1000 is a perfect choice for those looking for a unique and high-quality piece to add to their collection.