Best current price£58.36from Brian James
Shopping.co.uk recommended and popular offers
Brian James£58.36Visit shop Fynch Hatton Men's Blue Fine Knit Cotton 1/4 Zip Sweater - Breeze - 2XL
Visit shop1 offer from £58.36
View price history by clicking the chart icon.
The Fynch Hatton Fine Knit 1/4 Zip Sweater is designed for the modern adult male seeking a balance between professional refinement and casual comfort. Crafted from soft, breathable cotton, it serves as an excellent layering piece for transitional weather; however, users should note that the cotton construction requires careful washing to maintain its shape and texture over time.
| Age Group | adult |
|---|---|
| Colour | Blue |
| Gender | Male |
| Material | Cotton |
| Size | XXL |
| Model Part Number | P-8712-275 |
| Brand | Fynch Hatton |
Yes, it can be machine washed on a gentle, cool cycle, though hand washing is safer for long-term fiber integrity.
It is best stored folded in a drawer to maintain the tension of the ribbed cuffs and hem.
No, the cotton construction is highly breathable, making it excellent for layering without causing excess heat buildup.
Absolutely. The 1/4 zip collar is specifically designed to accommodate a shirt collar underneath for a business-casual aesthetic.
Cotton can shrink if exposed to high heat. Always use cold water and avoid tumble dryers to keep the garment size consistent.
Use a light steam setting on an iron or garment steamer, ensuring you do not press directly onto the knit fabric for too long.
Gently use a fabric shaver or a dedicated pilling comb to remove surface fuzz, which is common with natural cotton knits.
To maximize the lifespan of your Fynch Hatton sweater, it is recommended to wash the garment on a gentle cycle in cool water. Avoid high-heat tumble drying, as cotton fibers can contract. Laying the sweater flat to dry is the best way to maintain its shape and prevent the ribbed cuffs from stretching. Because the sweater features a refined knit, store it folded rather than on a hanger to prevent shoulder bumps and fabric deformation.
