Men's AlpacaCloud® Middleweight Hoodie
Made from our one-of-a-kind material called AlpacaCloud®. Warmer than wool, softer than cashmere, this blend is unlike anything you've worn before. AlpacaCloud® is our unique blend of alpaca fibers & eucalyptus to create one of the softest hoodies you’ll ever own.
Our middleweight hoodies are super soft, and designed for ultimate comfort, providing a cozy and relaxed feel.
- Middleweight fabric 380 GSM
- Crafted with AlpacaCloud® technology
- Designed to be breathable
- Relaxed unisex fit
Material Details
Fit
Shipping
Orders ship in 6-9 business days. We offer free shipping in the USA over $55, and internationally over $85.
Returns & Exchanges
We offer order returns & refunds within 30 days of purchase, and product exchanges within 90 days. To learn more, click here.
If it's not a right fit, we have quick and easy exchanges. 😄
Have A Question?
View our full FAQ at this link, or get in touch with us here.
Crafted with AlpacaCloud®
Our unique blend combines fibers like alpaca & eucalyptus is a 100% to create a feel unlike anything you've worn before. Warmer than wool, softer than cashmere.
Like a Weighted Blanket.
Frequently Asked Questions:
Which size should I purchase?
We recommend both men and women size up from their typical size. AlpacaCloud™ tends to run a size smaller - and feels very comfortable and wearable when sized up.
Does AlpacaCloud® shrink?
Due to the natural fibres used, minimal shrinkage can occur. It's always best to follow the care instructions to retain the garment's shape and feel.
How does AlpacaCloud® compare in durability to traditional wool or cashmere?
Alpaca wool is known for its resilience and longevity, often outlasting traditional wool and cashmere with proper care.
How does the weighted feel impact mobility and comfort?
While AlpacaCloud™ offers a comforting weight, it's designed to not hinder mobility and to enhance overall comfort, akin to being wrapped in a cozy blanket. Similar to a weighted blanket, our AlpacaCloud™ collection has anxiety and stress reducing properties.