Allure Wavez | Synthetic Lace Front Wig (Lace Part)
Allure Wavez by Rene of Paris is a sophisticated ready to wear wig that is made with heat friendly synthetic hair. The long layered hair is styled into graceful waves. Wefts are sewn onto soft and breathable material that contours to the shape of your head. The lace front creates a realistic hairline. The lace part has softnet cover for added comfort. The adjustable tabs in the back nape area customizes the fit, so the wig stays securely in place. The middle part gives this wig its contemporary look.
- Our recommendation for styling Heat Friendly fiber is to stay between 275° F-300° F for best results.
Original: $158.95
-70%$158.95
$47.68More Images
Allure Wavez | Synthetic Lace Front Wig (Lace Part)
Allure Wavez by Rene of Paris is a sophisticated ready to wear wig that is made with heat friendly synthetic hair. The long layered hair is styled into graceful waves. Wefts are sewn onto soft and breathable material that contours to the shape of your head. The lace front creates a realistic hairline. The lace part has softnet cover for added comfort. The adjustable tabs in the back nape area customizes the fit, so the wig stays securely in place. The middle part gives this wig its contemporary look.
- Our recommendation for styling Heat Friendly fiber is to stay between 275° F-300° F for best results.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Allure Wavez by Rene of Paris is a sophisticated ready to wear wig that is made with heat friendly synthetic hair. The long layered hair is styled into graceful waves. Wefts are sewn onto soft and breathable material that contours to the shape of your head. The lace front creates a realistic hairline. The lace part has softnet cover for added comfort. The adjustable tabs in the back nape area customizes the fit, so the wig stays securely in place. The middle part gives this wig its contemporary look.
- Our recommendation for styling Heat Friendly fiber is to stay between 275° F-300° F for best results.
