About This Item
Introducing the New brothread 64 Spools 1000M 1100Y Polyester Embroidery Machine Thread Kit – the ultimate thread collection for both professional embroiderers and beginners.
With 61 vibrant BROTHER colors, including 2 spools of white, 2 spools of black, and 2 spools of red, this thread kit has everything you need to bring your embroidery projects to life. We understand that white, black, and red are the most commonly used colors, so we made sure to include extra spools of these essential shades.
You won't have to worry about purchasing them separately or running out of thread anytime soon.
Each spool in this kit contains a generous 1000 meters (1100 yards) of high-quality polyester thread. This means that you get more thread for your money, making it an excellent value for both professionals and beginners alike.
But that's not all – our revolutionary snapping spools feature a locking base that prevents thread tangling. You no longer need to use thread spool huggers or nets to keep your embroidery machine thread tails in check. Our spools are designed to keep your threads secure and ready for your next project.
Made from 100% polyester material, our embroidery machine thread is color fast, highly durable, and boasts exceptional luster. This means that your designs will look stunning, even after multiple washes.
The New brothread 1000M (1100Y) Polyester Embroidery Machine Thread is compatible with a wide range of machines, including Brother, Babylock, Janome, Singer, Pfaff, Husqvarna, and Bernina.
You can trust that our thread will work seamlessly with your embroidery and sewing machines.
When you purchase from New brothread, you can be confident in the quality of our products. We stand behind our thread kits and offer a warranty for your peace of mind.
Don't settle for imitations – choose New brothread for all your embroidery needs.
Elevate your embroidery game with the New brothread 64 Spools 1000M 1100Y Polyester Embroidery Machine Thread Kit. Order yours today and experience the difference in quality and performance.