从Thailand供应商批量进口925 Sterling Silver Jewelry

Bangkok Opal Gems Ltd. offers 925 sterling silver jewelry featuring a variety of embellishments, including genuine stones, gemstones, cubic zirconia and resin. Each piece is crafted from 92.5% pure silver, with the remaining 7.5% typically copper, to ensure strength and resistance to tarnish. The designs are lightweight, prioritising comfort for everyday wear or special occasions.

The jewelry incorporates standard sterling silver properties, with a fineness of 925 parts per thousand. Cubic zirconia stones, where used, have a typical hardness of 8 to 8.5 on the Mohs scale, making them highly durable and scratch-resistant. Resin-based stones, such as those used in some designs, have a standard hardness of 3 to 4 Mohs. The pieces are individually packaged in protective bags to maintain quality during transit and retail display.

This collection is targeted at retailers in the fashion, gift and accessories markets, offering versatility for different consumer preferences. The supplier provides customisable options for bulk orders, allowing buyers to tailor designs to specific market demands. Trade terms, including MOQ, lead times and Incoterms, are not listed, so buyers must confirm these directly. The supplier’s address in Bangkok positions it as a hub for Southeast Asian exports.

Bangkok Opal Gems Ltd. is based in Bangkok, Thailand, at 16 Mahaesak 3 Road, Bangrak. The company holds an imported supplier tier and a harbor trust tier, indicating a verified presence, though its response rate and average response hours are currently unrecorded. This suggests buyers should initiate contact directly for trade inquiries.

The supplier specialises in 925 sterling silver jewelry, offering designs that incorporate a range of stones and materials. The listing does not provide details on production capacity, certifications, or export history, so buyers are advised to request this information. The Bangkok location offers logistical advantages for sourcing within Southeast Asia and for global distribution.