Perfect for young girls who need comfort without compromise, this Al Amira Hijab is ideal for school, Quran classes, or playtime. Designed for active kids aged 2-10, it’s lightweight, breathable, and easy to wear without pins or ties.
Made from premium quality cotton jersey, this hijab is soft, stretchy, and durable enough to withstand daily wear and tear. The plain sky blue design is simple yet stylish, making it suitable for all seasons and occasions.
The cap attachment ensures a neat, secure fit, while the generous 40x61cm size offers flexibility for different head shapes. Parents will love how hygienic and easy to maintain it is, and kids will enjoy the freedom to move and play without worrying about their hijab.
- Premium Quality Cotton Jersey for Softness and Durability
- Stylish Plain Sky Blue Design for Everyday Wear
- One-Piece Pinless Design for Easy and Hygienic Use
- Lightweight and Breathable for All-Season Comfort
- Includes Cap for Secure and Neat Fit
- New Arrival with Best Price in Pakistan for Value Buyers
Highlights
- Material
- Cotton Jersey
- Pattern
- Plain
- Number Of Pieces
- 1 Pc
- Product Feature
- With Cap Attached
- Color
- Light Blue
- Package Includes
- 1 x Kids Makhna Scarf
- Length
- 40 Cm
- Width
- 61 Cm
- Height
- 54 Cm
- Product Code
- MZ1239200037BNEA
- Amira Maxi Girls is the one-piece pin-less jersey hijab designed specifically for the dynamic lifestyles of young girls. Whether it's attending Quran classes, playing at school, or any other adventure, Amira Girls is the ultimate choice for all their practical needs. Crafted from soft and stretchy cotton fabric, Amira Maxi Girls ensures both comfort and style in one seamless design. The simple cuts provide a modern twist to the classic cotton hijab, making it a perfect fit for the vibrant energy of young girls. For those who seek a shorter version, we also offer Amira Girls.
- Measurements:
- Face 41cm to 61cm
- Front 40cm
- Back 54cm
- Note: There might be an error of 1-3 cm due to manual measurement, and slight color differences may occur as a result of varying lighting and monitor effects.
