Mystery Sock Sets ~ Third Vault Advent

Wanting to make some socks and don't currently have the yarn, can't decide on what to get or just want to take advantage of this deal?

Get a 100g Skein and a 20g Mini Skein for £15, suggest a colour in the notes box at checkout and receive your yarn next week. We will do our best to select a colourway that best fits your suggestion.

This is a Third Vault Advent Deal, So there are limited numbers available and the offer only lasts 72 hours or until the numbers run out.

Librarian sock 75% Superwash Bluefaced Leicester 25% Nylon - 425m/100g
Sock Weight | Approximately 9 stitches per inch on 2.25mm needles

Third Vault Yarns Librarian sock is a nicely plied slightly crisp lusturous sock weight yarn, that is still nice and soft. Named in tribute to Librarians as the gatekeepers to the gates of wonder and magic. Keepers of history, knowledge and imagination. These sturdy, stable bastions of culture and learning are ideal to represent this sock weight yarn which has wonderful strength and character. Perfect for making socks to snuggle up in on those cold nights or the workhorse socks for a long day out. These would also make a lovely warm jumper.

Hardy Merino Nylon Dk 80% Superwash Merino 2o% Nylon - 245/100g

Hardy Dk is a robust merino with nylon, that will make nice hardy sock in thicker weight yarn., With merino softness, but the benefit of a longer staple yarn to ensure a longer lasting project. 

Due to the hand dyed nature of this yarn there may be some variation from skein to skein, even within the same dyelot. For best results, alternate skeins every couple of rows in projects using several skeins.

These superwash yarns are machine washable at <30 on a delicate wash prefferably in a net bag, to best preserve your project gentle hand washing is recommended instead in lukewarm water.

Whilst all our yarns undergo a washing process after dyeing, there can be some bleeding when washed, especially with the use of some commercial wool washes, as these can sometimes weaken the dye bonds.