Igea – Noah | Purple 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 Purple Haze shade wraps deep violet tones in a soft halo — moody, elegant, and filled with quiet confidence.

🌿 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 — 3.0mm (light, cloud-like structure)
• 3 strands — 4.0mm (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 Description
Purple Haze – A rich, velvety purple softened by light texture, Purple Haze evokes quiet power and poetic charm. A bold yet wearable shade for creating pieces that speak without shouting.

✨ Perfect For
Artful sweaters, luxurious layering garments, moody accessories, and knits with personality. Noah | Purple Haze is elegance with a little edge.

📏 Yardage Estimates
Based on usage with 2-3 strands held together:
• Top or tee (S–M): 600–750m / 120–150g (656–820yds / 4.2–5.3oz)
• Sweater (M–L): 900–1100m / 180–220g (984–1203yds / 6.3–7.8oz)
• Cardigan (M–L): 1200–1400m / 230–270g (1312–1531yds / 8.1–9.5oz)
• Scarf or wrap: 450–600m / 90–120g (492–656yds / 3.2–4.2oz)

💡 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.