Let It Snow | The weather outside is frightful, but Country Brook Design's Let It Snow Lite Tape is so delightful! A beautiful combination of traditional holiday colors and icons.
Strong and Durable | With a tensile strength of a range of 256 - 527 lbs and a melting point of 500 degrees Fahrenheit, this tough webbing was made to outlast.
Made in the U.S.A. | Our patterned webbing is designed and printed in the United States.
Lite Tape | Prints on this webbing feature more detail than other printed webbing. It's great for lanyards, wristlets, and other lightweight projects.
Create. Craft. Sew. Empowering Creativity Since 2003. | Trusted webbing, ribbon & hardware - plus helpful guidance - for crafters, sewists, and small businesses.
You'll be ready to carol the town with Country Brook Design's Let It Snow Photo Quality Polyester. This playful pattern hosts some of your favorite classic holiday icons. Play with teddies, open presents, or go to the farm for the ideal Christmas tree.
Polyester is a durable material that combines many of the benefits of both polypropylene and nylon without some of the negatives. Country Brook Design’s Let It Snow Photo Quality Polyester will give you a sense of ease when using our products.
This photo-quality polyester is a lightweight but strong webbing that is ideal for personalized projects. Make anything from key chain fobs to handles on handbags; also great for custom-made lanyards. With a tensile strength of up to 527 pounds, Country Brook Design’s Photo Quality Polyester is not only light but strong as well.
Tensile strength is the average breaking point under good conditions at the factory. We recommend that you use no more than 25% of the tensile strength of any webbing. Please note that rolls may contain factory splices. If you need a continuous roll, please let us know. (This request is not available for wholesale orders. We apologize for the inconvenience.) Country Brook Design cannot be held responsible for the misuse of our product. It is the responsibility of the purchaser to determine the suitability of the product for their use.
