The Agna Pattern Sweater is new take on an ELK classic style, now in an updated wave pattern knit design. Crafted from a lightweight yet warm blend of merino wool, alpaca and recycled nylon, this relaxed, boxy fit sweater features an exaggerated dropped shoulder and wide sleeve opening. A slightly less boxy cut than our original Agna Sweater, but still a relaxed style that drapes casually across the body. 

Slightly less boxy version of our best-selling Agna Sweater
New wave knit pattern design
Relaxed boxy fit with dropped shoulders
Merino wool, alpaca and recycled nylon
Wide sleeve opening

40% Recycled Nylon 30% Alpaca 30% RWS Merino Wool

Made in a soft, lightweight, slightly fluffy yarn,

Nylon is a synthetic, man-made fibre, which is both durable and easy to care for. Unlike its virgin counterpart, this recycled nylon is made from pre-consumer and post-consumer plastic waste which is deconstructed and then remanufactured into a textile fibre.

Merino wool is a natural animal fibre. It is known for maintaining warmth while offering breathability, making it a comfortable fibre for layering. Merino wool is especially fine, creating a soft finish that has a lower likelihood of pilling or causing itchiness. The merino wool for this fibre has been sourced from farms that meet global best-practice standards for responsible husbandry practices which ensure that the sheep are treated with respect and that due environmental care of agricultural land, soil health, waterways and biodiversity is taken.

Alpaca is a natural animal fibre. It is soft and fluffy, and also helps to maintain warmth. The alpaca fibre in this fabric has been sourced from Peru, where farming these animals has been practiced for centuries.

Hand wash
Do not bleach
Do not tumble dry
Cool iron
Dry cleanable
Cold hand wash using eco-friendly detergent.
Do not machine wash (even on delicate cycle).
Do not rub, wring or spin dry.
Squeeze out excess water.
Gently pull wet garment into shape.
Dry flat in shade.
Cool iron on reverse.
Do not use other forms of heat when drying.