Seven Quick Tips for Preventing sewing Thread Breaks

Seven Quick Tips for Preventing Sewing Thread Breaks

Thread breaks can be frustrating and time-consuming, but there are several things you can do to prevent them. Here are some tips to help prevent sewing thread breaks:

• Use the right thread: Make sure you are using the right type and weight of sewing thread(Industry Sewing Thread) for your project. Using a heavier thread than the fabric can handle or using a thread that is too thin for the needle can cause thread breaks.
• Change your needle: A dull or damaged needle can cause thread breaks. Be sure to change your needle regularly, especially if you are sewing through thick or heavy fabric.
• Check your tension: Incorrect tension can cause sewing thread breaks. Check your machine’s tension settings and adjust them if necessary.
• Use quality thread: Using cheap or low-quality sewing thread can cause thread breaks. Invest in the high-quality thread that is designed for your project.
• Clean your sewing machine: A dirty sewing machine can cause thread breaks. Clean your sewing machine regularly, especially the tension disks and thread path.
• Slow down: Sewing too quickly can cause sewing thread breaks. Take your time and sew at a moderate speed.
• Use a sewing thread lubricant: Some fabrics can be hard on the filament sewing thread, causing them to break. Using a thread lubricant like beeswax or silicone can help prevent thread breaks.

By following these tips, you can prevent thread breaks and enjoy a more successful sewing experience.

Quick Tips for Preventing Yarn and Sewing Thread Breaks

Periodic yarn breaks during processing can be a costly experience, particularly if you’re not sure why they’re happening. Here are a couple of things to check first:

• Contact points: Make sure there are no cracked guides, no burrs or cuts on any contact surface, and all rollers are turning properly.
• Check tension: Make sure your tensioner is set for the appropriate amount of tension and is functioning properly.

After you’ve made sure your tensioners are operating properly and have ruled out the possibility of different contact points causing damage to your yarn, the next thing to look at is the yarn package itself.

If you are still experiencing processing issues, particularly with slicker materials such as filament yarns and threads, your material may be sloughing. Sloughing occurs when one or multiple layers of yarn become loose on the supply package.

These loose layers can cause the yarn to become trapped underneath or behind your yarn package as it’s running, resulting in tension spikes and yarn breaks.

One simple way to fix the issue is by using foam pads.

How do Foam Pads Protect Your Yarn?

Foam pads help to prevent yarn breakage because they prevent the yarn from falling underneath or behind yarn packages. This is especially important during high-speed processing when yarn falling into gaps under the packages would cause constant snags and breaks.
Foam pads also provide a cushioned but firm base where the yarn can rest. The pads help dampen the impact created by the processing equipment, absorbing some of the energy that comes from centrifugal forces and any jarring or bouncing that could potentially occur

4 Types of Applications Can Benefit From Using Foam Pads

• Sewing machines
• Braiders
• Spiral winders, knitters, and decks
• Creels

If you are running spiral decks and winders at very high speeds, keeping them constantly in motion, foam pads may need to be replaced at every shift. At lower speeds, your foam pads may last longer. If the equipment only runs periodically, foam pads will last even longer.

How often should foam pads be replaced? The simple answer is: whenever they no longer provide the same level of function as initially intended. The key is to make sure that the foam pads always make full contact with the base of the yarn package.

What Thickness Do I Need?

Foam pads are typically at least ¾-inch thick. You may need a thicker foam pad if you are using extremely high-speed equipment, which will wear them down faster, or if you’re using very heavy yarn that adds to the energy load handled by the pad. You also may need thicker pads if the amount of cone or tube exposed still leaves a gap underneath the yarn package.

For heavy industrial uses, some pads are 2 or more inches thick. Check with your foam pad supplier to see exactly which thickness you should order for your exact specifications.

Works Cited: Quick Tips for Preventing Yarn & Thread Breaks