Chanel 25 Mini Handbag Perforated Calfskin & Gold Tone Metal

Description of the Chanel Bag

The Chanel 25 Mini Handbag in Perforated Leather with Gold-Tone Metal from the Spring–Summer 2026 Pre-Collection offers a fresh, airy interpretation of a modern Chanel silhouette. Crafted from perforated Leather, this mini handbag features a lightweight feel and subtle texture that brings a refined yet relaxed look. The crisp white color adds brightness and versatility, making it an easy choice for everyday styling. Gold-tone metal accents complete the design with a polished, elegant finish.

Compact and thoughtfully structured, the Chanel 25 Mini Handbag is ideal for carrying daily essentials while remaining light and comfortable. Its clean lines and modern proportions make it suitable for casual daytime wear or relaxed evening occasions.

Why the Chanel 25 Mini Handbag from the Spring–Summer 2026 Pre-Collection Works for Everyday Style

Designed for modern, on-the-go lifestyles, the Chanel 25 Mini Handbag fits seamlessly into everyday routines. The perforated Leather offers breathability and visual interest, making it especially suitable for warmer days. As part of the Spring–Summer 2026 Pre-Collection, this white mini bag feels fresh, current, and effortlessly wearable, pairing beautifully with both casual and polished looks.

Unique Details of the Chanel 25 Mini Handbag Perforated Leather & Gold-Tone Metal

• Collection: Spring–Summer 2026 Pre-Collection

• Material: Perforated Leather

• Color: White

• Hardware: Gold-Tone Metal

• Design: Chanel 25 Mini Handbag silhouette

• Dimensions: 7.9 × 8.7 × 4.9 cm (approx.)

• Style: Lightweight, modern, and ideal for everyday use

Care Instructions for Your Bag

To preserve your Chanel 25 Mini Handbag, store it in its original dust bag away from direct sunlight and humidity. Avoid contact with liquids, oils, or perfumes. Clean gently with a soft, dry cloth, paying attention to the perforated areas. Professional leather care is recommended to maintain its structure and finish over time.