Colorful Glass Bangles Set for Women & Girls | Ethnic 12 Pcs (2.4-2.6)

Add a vibrant traditional touch to your ethnic look with this Colorful Glass Bangles Set for Women & Girls. Designed with attractive colors and elegant detailing, these bangles perfectly complement sarees, salwar suits, lehengas, and festive outfits. Crafted from quality glass material, the bangles offer a graceful traditional appearance suitable for weddings, festivals, pooja functions, parties, and daily ethnic wear.

This set includes 12 beautifully designed bangles in Size 2.5 inches, making it an ideal accessory for women and girls who love classic Indian jewelry. Lightweight and stylish, these bangles are perfect for gifting during festivals, weddings, return gifts, and special occasions.

Key Points:

• Traditional colorful glass bangles set for women & girls
• Elegant ethnic design suitable for festive and casual wear
• Ideal for saree, lehenga, salwar, and traditional outfits
• Lightweight, stylish, and comfortable to wear
• Perfect for weddings, pooja, festivals, parties, and gifting
• Attractive glossy finish with vibrant color combination
• Suitable for return gifts and festive collections
• Comes in a set of 12 matching bangles

Specification Details:

• Product Type: Glass Bangles Set
• Material: Glass
• Color: Multicolor
• Size: 2.4 to 2.8
• Quantity: Set of 12 Pcs
• Occasion: Wedding, Festival, Pooja, Party, Daily Wear
• Ideal For: Women & Girls
• Style: Traditional Ethnic Wear
• Package Includes: 1 Set of 12 Glass Bangles

Care Instructions:

• Handle with care to prevent damage or breakage
• Keep away from water, perfume, and harsh chemicals
• Store in a dry and safe jewelry box after use
• Avoid dropping or applying excessive pressure
• Clean gently with a soft dry cloth

Disclaimer:

• • Product color may slightly vary due to photographic lighting and screen settings
  • Glass bangles are delicate; handle carefully to avoid breakage
  • Slight variations in design or finish may occur due to manual handling
  • Size may vary slightly depending on measurement methods