PATTERN: Infinity Square Blanket
YOU ARE BUYING A FINGER-KNITTING PATTERN, NOT THE FINISHED PRODUCT. YOU ARE RESPONSIBLE FOR BUYING YOUR OWN MATERIALS TO COMPLETE THIS PROJECT.
This PDF pattern includes written English instructions, as well as a pattern template.
The Leftover Yarn Infinity Square Blanket is simple knit-stitch blanket worked in the round. Use up your leftover loop yarn end-to-end to make a full blanket with all your scraps!
SKILL LEVEL: Easy.
SUGGESTED MATERIALS: Leftover loop yarn! The example shown was made using Bernat Alize Blanket-EZ Yarn (6.4oz, 180g), approximately 72 yards. You can also knit this pattern with new yarn: 4 balls for a blanket this size.
SUGGESTED TOOLS: No needles required (finger knitting). Scissors.
FINISHED MEASUREMENTS: Approx. 36” by 42” (91.5 cm by 107 cm).
PLEASE NOTE: This pattern will work with any brand of loop yarn, but keep in mind that the size of the loops, and size of the balls/skeins of each brand is different.
Lion Brand Off-The-Hook, Lion Brand Crayola Off-The-Hook, Red Heart Loop-It, and Alize Puffy yarns can all be used with this pattern, but will yield a blanket with smaller overall dimensions. I do not recommend mixing Bernat Alize Blanket-EZ with other brands because of the difference in loop size - unless you add stitches as you go, it will wreck the shape of your blanket.
The Leftover Yarn Infinity Square Blanket pattern and all photographs are the property of I Love My Blanket/Reena Belford. This pattern and design are subject to copyright, and you may not distribute or sell this pattern under any circumstances.
Products made with this pattern *ARE* permitted to be used for both personal and commercial use, but please credit ‘I Love My Blanket’. (@iloveblanket on Instagram)
Due to the nature of this product being an electronic download, no refunds will be granted. THIS IS NOT A FINISHED PRODUCT and no refunds will be given for failure of reading the details in full.
Please share your work! Follow and tag me on instagram @iloveblanket
NEED YARN? Click here.