Helly Hansen Manchester 2.0 Fleece Cardigan

When the temperature drops, you need a fleece cardigan that’s built to keep you warm without weighing you down. The Helly Hansen Manchester 2.0 Fleece 72096 delivers exactly that. Crafted from 100% recycled polyester at 320 g/m, this zipped fleece cardigan balances breathability with winter warmth, making it an ideal mid-layer or standalone piece for outdoor work environments. The brushed inner collar provides soft comfort against your neck, whilst the extended back panel ensures full coverage when you’re bending or reaching. Practical hand pockets with YKK zips keep your essentials secure, and the chin guard on the front zipper adds an extra layer of protection during demanding conditions.

Key Features

• Made from 100% recycled polyester, 320 g/m
• Extended back panel for enhanced coverage
• Hand pockets with secure YKK zips
• Brushed fleece collar for added comfort
• Breathable and designed for winter conditions

Recommendations from our Unishore Expert

This fleece sweater is built for those who need reliable warmth in cold working conditions without compromising on mobility. The recycled polyester construction means you’re getting quality durability whilst making a responsible choice. The extended back keeps you protected when you’re active on site, and the brushed collar provides a soft barrier that won’t irritate your skin during long shifts. The hand pockets are generous enough for work gloves or tools, and the YKK zips are engineered to withstand regular use. This is exactly the kind of piece that justifies investing a bit more, as you’ll rely on it season after season.

Product Features

• Material – 100% recycled polyester (320 g/m)
• Fit – Regular
• Hand Pockets – Yes, with YKK zip closure
• Front Closure – YKK zipper with chin guard
• Back Length – Extended back panel
• Sleeve Length – Long sleeve
• Article Number – 72096

Standards and Safety

• Offers protection in cool conditions according to EN 14058:2017 Class 1
• Air permeability Class 3 in combination with compatible base layers per EN 14058:2017