YKK Nylon Dress and Skirt Zip: 20cm (8 inch) - Buttercup

Y420-844

Coil zip ideal for dresses, skirts and trousers. Size: 20cm/7.87in. in Buttercup by YKK.
A coil zip is made of spiral plastic elements, such as polyester or nylon.
This is the most popular zip among the three main types of zips. This versatile zip can be used in anything from apparel garments to luggage or sporting goods to automobiles.

Our normal shop business hours are 9.00am to 5.00pm, Monday-Saturday, excluding Bank Holidays, and we aim to ship all orders within 2 working days with our standard shipping service. For priority orders, we aim to ship the same or next business day. If you do not wish to choose the standard or priority service, please email us for more options.

As a general guideline, UK customers will typically receive their orders in 2-4 working days, European customers in 5-10 working days and the rest of the world in 7-12 working days. Of course, deliveries may take longer during busy periods, such as Christmas and Bank Holidays, so please be patient at those times.

Orders for a large selection of fabric may take longer to process, and we will let you know if this is the case. A daytime telephone number helps to contact you in good time in such cases.

In general, we ship orders using Royal Mail for both UK customers and customers abroad.

For more information on shipping and delivery, please see our Shipping Policy.

We hope you are completely satisfied and pleased with your purchase. However, sometimes things go wrong and we would like to rectify whatever we can.

We are more than happy to refund faulty or damaged items. However, we can only refund cut fabric, ribbon or other cut or made to order product if the product is faulty or damaged, as we would have cut it specifically for you.

Please contact us before returning anything so we can advise you on the best course of action.

Please note– Natural fibres and fabrics they are used in have characteristics and irregularities that are features, and these are not treated as faults.