Long Bridal Tulle Skirt with Blush Effect - Halina noni Curvy
incl. VAT plus shipping.
Floor-Length A-line Skirt made of Japanese tulle for Plus Size
Halina is a beautifully swinging bridal skirt made of eight panels of the finest Japanese soft tulle.
With its feminine A-line and yet puristic design, the skirt is a beautiful complement to glamorous or playful Bridal tops and bodysuits.
The blush-coloured lining provides a delicate colour effect in combination with the ivory-coloured soft tulle.
Outer fabric: 100% polyester
Lining: 62% acetate, 38% cupro
The skirt is approx. 112 cm long in size 44, measured under the waistband, waist circumference approx. 95 cm.
All our bridal skirts and overskirts are deliberately made a little longer so that they can also be worn by taller brides. If the skirt length is not optimal for your height, you can have your skirt shortened by a tailor of your choice.
All noni wedding dresses, bridal tops, bridal skirts and noni wedding accessories are carefully handmade in our studio in Cologne.
Find all pieces of the wedding dress collection 2022,2021, collection 2021 N°2, noni anniversary collection, Collections 2020 as well as our bestsellers, coloured outfits and plus size bridal fashion from size 44 in our online shop.
Just recently we also offer sustainable bridal fashion made from recycled materials in our noni Eco series.
Please note: Express shipping is not equivalent to express production. If a specific bridal article is not available, we will produce it for you in our studio within 21-28 workdays and only upon completion will it be send to you via fast shipping. Please consider that before finalizing your order.
You have any questions or difficulties in deciding?
You are also welcome to book an appointment for an extensive video consulting where we will answer all your questions and compile your perfect outfit.
You already ordered a noni-skirt, but it does not fit optimally yet? Click here for our advice on how to pin your skirt and to have it customized according to your individual measurements.