Igea – Noah | Foggy Haze
Airy, softly structured, and subtly technical, Noah by Igea is a high-performance yarn with a sophisticated, misty elegance. Its delicate bouclé texture and lightweight construction create effortlessly voluminous fabrics with a gentle touch. The Foggy Haze shade is a soft, cool-toned gray with a hint of mist — ethereal, serene, and endlessly wearable.
🌿 Fiber Content
• 30% WV – Wool – adds warmth and structure
• 20% AP – Alpaca – for softness and subtle fluff
• 47% PA – Polyamide – keeps the yarn light and elastic
• 3% EA – Elastane – enhances flexibility and stretch recovery
📏 Yarn Weight & Meterage
• 1350m/100g (1476yds/3.5oz)
• Ultralight with volume thanks to the bouclé twist
🧶 Recommended Needles & Techniques
Hand knitting:
• 2 strands – 3.0 mm (light, cloud-like structure)
• 3 strands – 4.0 mm (soft fullness with body)
Further adjustments – proportional increase
✨ Key Features
• Lightweight bouclé – airy yet plush texture
• Wool-alpaca blend – soft warmth without heaviness
• Stretch & memory – holds shape while remaining soft
• Great for layering – works beautifully for fine, voluminous garments
🎨 Color – Foggy Haze
A delicate, mist-covered gray with a hint of blue undertone, Foggy Haze brings calm sophistication to your knitwear. Perfect for creating quiet statement pieces and dreamy everyday staples.
✨ Perfect For
Ethereal sweaters, relaxed cardigans, textured scarves, and layering garments with depth and softness. Noah | Foggy Haze is pure poetic coziness.
📏 Yardage Estimates
Based on usage with 2–3 strands held together:
• Top or tee (S–M): 750–900m / 150–180g (820–984yds / 5.3–6.3oz)
• Sweater (M–L): 1100–1300m / 220–270g (1203–1422yds / 7.8–9.5oz)
• Cardigan (M–L): 1300–1600m / 260–320g (1422–1750yds / 9.1–11.3oz)
• Scarf or wrap: 500–700m / 100–140g (547–765yds / 3.5–4.9oz)
💡 Care Instructions
Hand wash gently in cool water with mild detergent. Lay flat to dry to preserve shape and texture.
📌 Color Disclaimer
We strive to represent colors accurately, but slight variations may occur due to lighting and screen settings.