DESCRIPTION
Merino is the highest quality sheep's wool. Its softness and fineness surpass regular sheep's wool many times over. The fade-out effect typical of the vintage look is difficult to achieve on this high-quality natural fiber. Therefore, a special dyeing technique was developed that gives this exclusive garment a nostalgic finish on the edges and seams.
This fine-knit sweater made of 100% merino wool is very warm despite its lightness, yet breathable. This makes it ideal for heated indoor spaces and cold outdoor temperatures. The urban design is reduced to the essentials and sets charming accents with subtle yet sophisticated details. The striking, elastic ribbed cuffs on the crew neck, sleeves, and hem are particularly well-defined by the special vintage finish. The carefully crafted reductions at the sleeve ends and shoulder area also emphasize this effect.
TOMS' tonal signature embroidery at the bottom hem stylishly completes the look, demonstrating quality and attention to subtle details. It pays homage to TOMS's 1959 classic film ("...forging signatures and spend on almost anyone.")
The sweater is so finely knitted that it's perfect for wearing under a jacket or overshirt. Combine this functional garment with trendy layered comfort looks – stylish, multi-layered looks that offer flexibility in changing temperatures.
DETAILS
Merino Vintage – natural luxury and function with a nostalgic touch.
Ensures a pleasant body climate through temperature and humidity balancing properties and has an odor-inhibiting effect.
Colors may vary slightly from model to model due to the special vintage finish.
- HANDMADE IN ITALY
- Fine knit sweater
- soft, high-quality merino wool
- Vintage look
- Crew neck
- Elastic ribbed cuffs
- French shoulder
- Fully Fashion
- Signature embroidery at hip height
- ideal for layering
MATERIAL & CARE INSTRUCTIONS
100% virgin wool (Merino)
Turn inside out and wash on a wool cycle at 30°C with similar colors or separately. Pull into shape while damp before drying. Dry flat. Iron on a low heat .