A softly structured beret knitted in a cashmere and wool blend, made on a 3D knitting machine for a seamless, hand-crafted appearance. Finished with a small knitted stem at the crown, a traditional detail that nods to classic French headwear. An easy, characterful piece that sits lightly on the head while bringing something quietly distinctive beyond the everyday beanie.
DETAILS
Composition: 5% Cashmere 60% Wool 35% Recycled PA
Certifications: Global Recycled Standard - Oeko Tex Standard 100
Origin: Made in Spain in a local and family-run factory
CARE & LONGEVITY
Hand wash only. Do not tumble dry. Do not bleach. Iron in low temperature. Can be dry cleaned.
ENVIRONMENTAL IMPACT
Every DIARTE garment is created with longevity in mind. Produced locally in Spain using carefully selected European materials, our collections combine responsible sourcing, zero-waste knitting techniques and small-scale production with craftsmanship that values quality over quantity. Today, around 80% of our production is powered by solar energy.
A softly structured beret knitted in a cashmere and wool blend, made on a 3D knitting machine for a seamless, hand-crafted appearance. Finished with a small knitted stem at the crown, a traditional detail that nods to classic French headwear. An easy, characterful piece that sits lightly on the head while bringing something quietly distinctive beyond the everyday beanie.
DETAILS
Composition: 5% Cashmere 60% Wool 35% Recycled PA
Certifications: Global Recycled Standard - Oeko Tex Standard 100
Origin: Made in Spain in a local and family-run factory
CARE & LONGEVITY
Hand wash only. Do not tumble dry. Do not bleach. Iron in low temperature. Can be dry cleaned.
ENVIRONMENTAL IMPACT
Every DIARTE garment is created with longevity in mind. Produced locally in Spain using carefully selected European materials, our collections combine responsible sourcing, zero-waste knitting techniques and small-scale production with craftsmanship that values quality over quantity. Today, around 80% of our production is powered by solar energy.
