Alpaca Scarves, ZigZag Stitch Scarf is more
Durable than Cashmere
Baby Alpaca, No Synthetics
or Chemical dyes, all natural and hypoallergenic
Silky, very soft feel, warmer and more durable than Cashmere
Produced: Artisan made on hand looms and hand finished
Size: 12" W
x 72.44" L (30 cm x 184 cm)
Ozs. (120 grams)
beautiful ZigZag Stitch scarf is made
from 100% hypoallergenic Baby Alpaca. Our scarf is a
soft, silky and durable and long lasting. Contains no
synthetics or chemical dyes.
Traditionally woven, broad color selection and classically
relaxed. This uniquely designed pallet of colors can
and brighten any wardrobe. It has an excellent soft
feel. Makes for excellent gifts too for family, friends or
super soft but must be handled with the utmost care. Alpaca
highly durable and retains its luxurious look and feel for years to
come. An Alpaca scarf bought today will still be soft and
beautiful for the next generation.
Our ZigZag Stitch scarf has a soft feel to make anyone happy.
Scarves add beautiful traditional design pattern of color to
accent any wardrobe.
Blankets, throws and scarves are all natural fibers
of a single farmed and produced herd of Peruvian Alpaca.
There are no synthetic fibers or chemical dyes used for our
products. The farm and production has been proudly
"green" operated for the last 30+ years.
A few Alpaca Facts:
- Quality keepsake
- More durable than Cashmere
- Soft and warm
- Cuddly soft Peruvian Eco Baby Alpaca
- All natural, no synthetics or chemical dyes.
fiber is one of the world's finest animal fibers and prized by
clothiers and fashion designers worldwide. Alpaca's develop a
single coat which lacks "guard hairs", that is found on wool and other
animals. Wool has guard hairs (wool itch factor) which are
coarser than the soft undercoat which it is designed to protect.
Alpaca's single coat is extremely soft which can be worn next
the skin without irritation. Alpaca fibers are semi-hollow;
giving Alpaca fiber added insulation value over wool and other fibers.
Alpaca's semi-hollow fiber provides a user with more heat
retention in cold and cooling dynamics during hot seasons.