For anyone involved in the fashion industry, especially hijab production, choosing the right fabric is the key to successful manufacturing.
One of the most popular materials is voal. However, a common question arises: is voal fabric slippery or not? Understanding this characteristic is very important to ensure your hijab products are comfortable to wear and meet customer expectations.
Voal is loved for its smooth texture, cool feel, and easy shaping. However, the level of slipperiness in voal fabric can vary depending on its type. Producers need to know this well to avoid mistakes when choosing materials during production.
Is Voal Fabric Slippery? Here’s the Explanation
In general, voal fabric has a moderate level of slipperiness. It’s not as slippery as satin but also not as rough as regular cotton. Voal is known for its tight yet lightweight weave, giving it a soft, airy drape when worn.
This moderate smoothness is one of its main advantages—it allows users to style the hijab neatly without it easily shifting.
Factors Affecting Voal’s Slipperiness
Several main factors influence how slippery a voal fabric feels:
- Fiber Composition: Voal can be made from 100% cotton, a cotton-polyester blend (voal cotton, voal premium), or other fibers. Voal with a higher polyester content tends to feel slightly more slippery than pure cotton voal.
- Thread Fineness: Finer threads result in a smoother fabric surface, which also increases its slickness when touched.
- Fabric Finishing: The final finishing process, such as calendering or applying chemical coatings, can also affect how slippery or matte the voal feels.
Comparison of Voal with Other Hijab Fabrics
To understand voal’s texture better, let’s compare it with other popular hijab materials:
- Compared to Satin: Voal is far less slippery than satin. Satin has a glossy and very slick surface due to its special weave.
- Compared to Chiffon: Chiffon usually feels smoother and more transparent, although some modern voal fabrics have a similar lightweight feel. Overall, voal is easier to shape than chiffon.
Choosing the Right Voal Type Based on Your Production Needs
Your choice of slipperiness level should depend on the hijab style you plan to produce.
For square hijabs that need to stay firm around the forehead, choose voal that’s slightly textured and less slippery. For pashmina styles that require a soft drape, a smoother voal is often more suitable.
Tips for Choosing the Right Voal Type to Avoid Production Mistakes
Selecting the right voal type is an investment in your product’s quality and customer satisfaction.
Match the Type of Voal to Your Target Market
If your target market is the premium hijab segment, choose premium or ultrafine voal known for its softness and comfort.
This fabric has a smooth texture without being too slippery, making it easy to style. For more budget-friendly daily wear, standard voal can be an excellent choice.
Test the Fabric Before Mass Production
Never skip this step. Request fabric samples from several suppliers and test them—wash, iron, and wear them—to evaluate slipperiness, colorfastness, and ease of styling.
This simple process ensures that the chosen material won’t cause issues during or after production.
Work with a Reliable Hijab Printing Partner to Maximize Color Results
If you produce printed hijabs, printing quality is critical for the final look. Sharp and vibrant colors significantly enhance your product’s value.
A trusted hijab printing supplier can help you choose the right voal type that best absorbs ink, ensuring patterns appear crisp and don’t fade easily.
By fully understanding whether voal fabric is slippery or not, including its characteristics and how to choose the right type, you can minimize production errors and deliver products that satisfy your customers.
To guarantee both material and printing quality, it’s best to partner with an experienced textile manufacturer.
One trusted option is Alia Digital Printex—a reputable supplier and manufacturer of fabrics, hijabs, and mukenas—ready to ensure your production needs are met with maximum quality.
