RiGo – Smeraldo | Graphite Sparkle

Elegant and quietly striking, Smeraldo in Graphite Sparkle brings together the natural structure of cotton with a refined silver shimmer. This shade of charcoal gray is modern, urban, and versatile — elevated by scattered micro-sequins that offer just a hint of brilliance in movement. Ideal for understated glamour, smart summer layers, or soft evening pieces with a twist.

🌿 Fiber Content
✔ 92% Cotton – breathable, matte, and skin-friendly
✔ 8% Polyester (Lurex with micro-sequins) – provides light-catching shimmer and drape

📏 Yarn Weight & Meterage
✔ 450m/100g (492yds/3.5oz) – lace-to-light sport weight, fine yet substantial

🧶 Recommended Needles & Techniques
✔ Single strand – 2.5–3.0 mm / US 1.5–2.5
✔ Double strand – 3.5–4.0 mm / US 4–6
✔ Ideal for stockinette, subtle lace, or refined layering

🧵 Yarn Weight Equivalents
✔ Lace-to-light sport – suitable for light garments and decorative fabrics

✨ Key Features
✔ Matte cotton base in classic graphite tone
✔ Tonal silver micro-sequins for understated sparkle
✔ Skin-friendly and breathable
✔ An intriguing companion yarn – pairs beautifully with cottons, linens, and matte textures to add dimension and light

🎨 Color Description
✔ Graphite Sparkle – a deep charcoal gray with scattered silver micro-sequins that reflect light subtly, like city lights on wet pavement

✨ Perfect For
✔ Minimalist knits, city cardigans, light shawls, summer sweaters, or paired strands in modern colorwork

📏 Yardage Estimates (for sizes S–M, 2 strands held together)
✔ Top or tee – 200–250g (900–1125m / 984–1230yds / 7.0–8.8oz)
✔ Sweater – 300–400g (1350–1800m / 1476–1969yds / 10.5–14.1oz)
✔ Cardigan – 350–450g (1575–2025m / 1723–2215yds / 12.3–15.8oz)
✔ Scarf or wrap – 150–250g (675–1125m / 738–1230yds / 5.3–8.8oz)

💡 Care Instructions
Hand wash gently in cool water. Lay flat to dry. Avoid twisting or harsh rubbing to preserve sequins and drape.

📌 Color Disclaimer
Colors may appear differently depending on lighting and screen calibration. Sequin reflections vary in intensity based on angle and movement.