Frequently asked questions
Where is your cashmere blend made?
Our high-quality cashmere blend is produced in Italy and then carefully crafted in our Berlin workshop.
Why does petit cochon use a cashmere blend?
Why does petit cochon use a cashmere blend?We want to use materials that truly support babies in their everyday lives. Our cashmere blend combines exceptional softness, outstanding comfort, and practicality—ideal for baby clothing that grows with them.
Which products does petit cochon offer in a cashmere blend?
Depending on the season, you'll find bodysuits, baby bloomers, wrap tops, beanies, baby bonnets, and other favorite pieces made from our cashmere blend.
Is a cashmere blend delicate?
Despite its soft feel, our material is designed for everyday family life. The combination of fibers creates a durable and long-lasting fabric.
How do I care for a cashmere blend?
We recommend a gentle wash cycle at 30°C using wool detergent. The garment should then be dried flat. This helps preserve its softness and shape for longer.
What does cashmere blend feel like?
Our fabric is exceptionally soft, lightweight, and stretchy. Thanks to its high modal content, it feels pleasantly smooth against the skin and moves with you.
Do babies sweat in a cashmere blend?
The material helps maintain a balanced body temperature. That’s why many parents find the fabric comfortable on both cooler and changeable days.
Is a cashmere blend only suitable for winter?
No. Our material regulates temperature, making it suitable for many seasons. It is particularly popular as a base layer in a layering system.
Why don’t you use 100% cashmere fabric?
?Baby clothing requires a material that is soft, stretchy, and practical for everyday use. Combining Micromodal with elastane creates a fabric that moves with every motion and feels especially comfortable to wear.
Is cashmere suitable for babies?
Yes. In our cashmere blend, the small amount of wool cashmere combined with Micromodal provides an especially soft and comfortable feel. Many parents appreciate the material for its temperature-regulating properties.