Isabella by Envy Wigs

This style was formerly known as Hisbiscus, part of the Natural collection of wigs.The Isabella wig from the Envy wig Collection is just gorgeous! Here is a softly curled, shoulder length style that is incredibly flattering. We did think about describing the style as being a beach wave shape, but we decided that the relaxed curls have too much of a ringlet shape, to be called beach wave. Here are also some approximate measurements, so that you can make a judgement call where this particular style will sit against your own stature.  The fringe measures about 26cm and can be worn as an open fringe, or perhaps swept to either side should you prefer. The crown layers measure 25cm and are slighter straighter than the main body of the wig. The nape layers are approximately 17cm, whereas the overall length from the crown to back tips is 34cm. 
The weight of the Hibisucs style is not too heavy that it is cumbersome, but it is not too light that it is flyway. It weighs approximately 5.75oz. The actual fibre of the 
Isabella
is soft & silky to touch. It is a combination of 70% fibre and 30% human hair.
The cap has open wefts for the main body, which will provide you with some ventilation against your head. The top area has a monofilament section which will allow you to choose where you would like to have your parting. There is a lace front at the hairline and this is an excellent feature which provides a natural appearance when you sweep your fringe to the side. Here at Ashton Hair & Beauty we do think that the lace front is quite thick. Some of our customers like a thicker lace front, as it gives them some structure against their hairline. Some prefer the lace fronts to be more delicate. It is all personal preference at the end of the day! 
We love the bounce and shape of the 
Isabella
wig. This style moves and feels just like your own bio hair, and is super flattering to everybody here at Ashton Hair & Beauty who has tried it on. Result!
Please note: When using heat please ensure the temperature does not exceed 160"ƒ.