Craghoppers Kiwi Pro II Convertible Trousers - Dark Navy, 22

Currently unavailable

Currently unavailable
The Craghoppers Kiwi Pro II Convertible Trousers are designed for female outdoor enthusiasts who require maximum versatility during variable weather conditions. These trousers offer a significant advantage by converting into shorts via an integrated zip, making them perfect for long-distance hiking where temperatures fluctuate throughout the day. While the synthetic material is durable and quick-drying, it may not provide the same natural feel as traditional cotton blends.
| Age Group | adult |
|---|---|
| Colour | Blue |
| Gender | Female |
| Material | Polyester |
| Dress Size UK | 22 |
| Model Part Number | CWJ1281S_3G322L |
| Brand | Craghoppers |
They feature an H2OShield DWR finish, which makes them splashproof and water-repellent, but they are not fully waterproof.
Ensure the zippers are clean, align the corresponding leg ends, and zip them firmly together until the safety tab is secured.
While air drying is recommended to preserve the DWR finish, you may tumble dry on a low, cool setting if required.
They are ideal for autumn and spring; for winter, we recommend wearing thermal leggings underneath.
These trousers are crafted from a high-quality, durable polyester blend designed for stretch and performance.
Clean the area around the zipper with a soft brush to remove grit and apply a light silicone lubricant if necessary.
The DWR finish has likely worn off; wash the garment and apply a specialized DWR re-proofer spray.
To ensure the longevity of your convertible trousers, keep the zipper mechanisms clean of dirt and debris to prevent jamming. When washing, use a non-biological detergent and avoid fabric softeners, as these can compromise the performance of the H2OShield DWR finish. Periodically re-applying a DWR spray can maintain the splashproof properties after extensive use. The trousers are designed to fit true to the UK size 22, providing a comfortable yet secure fit suitable for layering over lightweight base layers in cooler temperatures.