Craghoppers Women’s Miska Half Zip Fleece Teak Blue

Craghoppers Women’s Miska Half Zip in Teak blue offers a versatile and beautiful addition to anyone’s hiking attire! The incredibly lightweight and soft-to-touch Miska Half zip is a favorite amongst those who seek out comfort and style! Craghoppers does not disappoint on this and will be ideal for anyone off on an adventure. The high insulation microfleece material offers a textured look whilst being breathable, compact, and lightweight: ideal as an all-year-round fleece for both hot and cold climates. Classic by appearance and versatile by design, be prepared for your next adventure with a high-quality fleece that is unrivaled when it comes to comfort and practicality.

The synthetic material is breathable and will make sure whatever the activity you are perfectly comfortable and ready for an adventure! The microfleece is designed to be lightweight and perfect all year round – being the perfect companion to hot and cold climates! Designed for practicality and wear the Miska is made out of 100% recyclable polyester and will be perfect to layer over your favourite tee or to wear with your favorite pair of jeans.

Craghoppers has designed this half zip to fully prepare you for the next corner! Ideal for trail walking, hiking, or everyday comfort, the fleece is extremely soft to touch and will deliver ultimate comfort!

Why not browse our full range of Women’s Clothing online today and discover the perfect match for the Miska Half Zip Fleece?
Super-soft half-zip microfleece top in a wide selection of seasonal colourways.
Microfleece
Recycled Materials
Lightweight
26″ Length
260G
260g
Product Code: CWA265_UV1
Recycled Materials
Part made from recycling plastic bottles into polyester, reducing carbon emissions and landfill waste.

Lightweight
A lightweight construction gives comfort and greater mobility.

Insulating
This advanced insulating layer offers outstanding warmth and is suitable for a range of activities. Our products use the latest technologies to ensure superior insulating properties for the wearer