Marceline Dress

$190.00

Size

Detail: A sleeveless midi with a mock neck, subtle pleating, and a hem slit that knows how to flatter without making a big deal about it. Made from Pima Pigment Jersey—smooth, softly structured, and just stretchy enough to keep its shape all day.

This one comes in Truffle.

Color: Truffle

Fabric: 95% Pima Cotton, 5% Spandex

  • Care: Wear more, wash less. Machine washable. Turn inside out, wash cold, and lay flat to dry. Avoid tumble drying to preserve softness and structure.
  • Made in: Peru

Fit: Signature Nation fit. Slightly easy through the body, not fitted or oversized.

  • Yulia wears a S. Height: 5' 10" Bust: 32" Waist: 24" Hips: 34"
  • Length: 48 1/4"

Sustainability: Incorporates renewable materials or low-impact practices but lacks complete traceability or full optimization in sourcing and production.

Product's Environmental Impact: 

Impact Score: B | Moderate

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.
  • Naturally soft, durable, and fully biodegradable (cotton portion).
  • Fabric scraps from cutting are bundled and re-purposed into mops, rags, and mattress fillers, ensuring a circular supply chain.
  • Pima requires 50% less water than conventional cotton; naturally drought tolerant.
  • Synthetics (spandex, nylon) improve stretch, fit, and shape retention

What We Don't Love:

  • Not organic — Pima cotton may still involve chemical fertilizers or pesticides.
  • Synthetic components (spandex, nylon, modal, rayon) do not biodegrade and persist in landfills for decades.
  • These materials shed microplastics and cannot be composted or easily recycled.
  • Blending natural and synthetic fibers complicates end-of-life processing, making circularity more difficult.