Chilirose CR 4609 Black Mesh Thigh-High Stockings S/L
Discover sophisticated elegance with the Chilirose CR 4609 Black Mesh Thigh-High Stockings, designed to blend classic style with contemporary comfort. Crafted from high-quality, soft mesh, these thigh-high stockings feature a refined black fishnet pattern that gently contours the legs for a sleek, elongated silhouette. The top section is adorned with a silicone-backed lace band, ensuring a secure and comfortable fit throughout wear. This model is ideal for those seeking a combination of lasting durability and visually striking design.
The Chilirose brand is renowned for its attention to detail and high production standards, ensuring that each piece offers both visual appeal and comfort. These stockings are a versatile addition to any wardrobe, suitable for pairing with dresses, skirts, or special occasion outfits. The advanced elastic system at the thigh ensures the stockings stay in place without the need for additional garters, while the fine mesh material is gentle against the skin and allows for all-day comfort.
Key Features:
- Model: CR 4609
- Brand: Chilirose
- Color: Black
- Type: Thigh-high stockings with mesh design
- Top band: Silicone-backed lace for secure fit
- Material: Soft, elastic mesh
- Size: S/L (suitable for sizes S to L)
- EAN: 5902022038632
Advantages:
- Elegant black mesh adds sophistication to any ensemble
- Silicone lace top ensures non-slip, reliable hold
- High-quality materials for durability and comfort
- Versatile design suitable for both everyday and special occasions
- Easy to pair with various outfits
Product Dimensions & Parameters:
- Size range: S/L
- Bust: 85-99 cm
- Underbust: 69-81 cm
- Waist: 68-82 cm
- Hips: 90-105 cm
- Main fabric: Polyamide, elastane
- Care: Hand wash recommended to maintain quality
Choose Chilirose for refined quality and timeless style in every detail. The CR 4609 Black Mesh Thigh-High Stockings are an excellent addition to your collection—combining comfort, elegance, and contemporary design in one sophisticated model.















