The Etta Lace Popover offers wear-anywhere comfort with a balance of texture and structure. Crafted in chunky lace in our classic signature fit, it features subtly structured shoulders, a crew neck, and long sleeves for a confident, polished silhouette.
Fit: Signature Nation fit. Slightly easy through the body, not fitted or oversized.
Andi wears a S. Height: 5' 9" Bust: 32" Waist: 24" Hips: 34"
Details: Banded, Pleated detail, Shoulder pads
Length: 23"
Contents: 90% Cotton 10% Poly
Construction: Woven
Fabric Weight: Midweight
Sheerness: Other
Stretch: No Stretch
Care: Wear more, wash less. Machine washable. To prevent any slight shrinking, air dry or dry on a low setting. We also recommend washing these items separate from abrasive items like denim, towels, or items with hardware (zippers, buttons) as it causes unnecessary wear and tear.
Made in: Portugal
Environmental Impact
B | Moderate
Incorporates renewable materials or low-impact practices but lacks complete traceability or full optimization in sourcing and production.
Landfill time: Cotton Portion: Biodegradable within ~3–12 months.
Modal & Rayon Portions: Biodegradable within ~4–8 months under optimal conditions, but slower in low-oxygen environments.
Synthetic Portion (Spandex/Nylon/Polyester/Acrylic): 20–200 years, depending on soil oxygen levels.
What We Love:
Local ""seed-to-garment"" approach significantly reduces carbon footprint.
Fabric scraps from cutting are bundled and re-purposed into mops, rags, and mattress fillers, ensuring a circular supply chain.
Naturally soft, breathable, and biodegradable (cotton portion).
Synthetic content like spandex and polyester provides structure, stretch, and durability
What We Don't Love:
Conventional cotton requires more water and may involve synthetic fertilizers and pesticides.
Not drought tolerant like Pima cotton.
Synthetic components (spandex, polyester, nylon, acrylic) do not biodegrade and may take centuries to break down.
Modal and rayon, while semi-synthetic, are often produced using resource-intensive chemical processes and may lack pulp traceability.
Blended fibers are difficult to recycle and extend landfill lifetimes, reducing circularity.
