Stretch it Out: What You Need to Know About Stretch Fabrics in Workwea - 1620 Workwear, Inc icon

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Stretch it Out: What You Need to Know About Stretch Fabrics in Workwear

by Edward DeInnocentis January 30, 2024 3 min read

Stretch it Out: What You Need to Know About Stretch Fabrics in Workwear

For generations, tradesmen and skilled workers had to suffer through stiff, constricting workwear that prioritized durability more than comfort. Over the past decade, a revolution in fabric technology has woven a path towards freedom of movement and enhanced performance. Leading the charge is stretch fabric.

Originally developed with the intent of improving athletic performance, this advanced fabric technology has impacted the daily lives of workers everywhere. As athletes demanded more garments that moved with their bodies, manufacturers needed to develop blends and techniques that could provide support without sacrificing range of motion. Breakthroughs quickly spread, upending the apparel industry, as consumers realized the benefits stretch fabric could have in a myriad of applications.

What is Stretch Fabric?

There are two major classifications of stretch fabric: mechanical and inherent.

Mechanical stretch relies on different manufacturing techniques, like yarn crimping or weaving patters, to create elasticity. These fabrics can stretch in specific directions depending on the techniques used. Natural fibers, like cotton, wool, or silk, have more limited stretch and need to be manufactured with specific techniques or blended with other fibers. An example of mechanical stretch would be a pair of ribbed socks: they can stretch up and down, but not sideways.

Inherent stretch, on the other side, has elasticity woven into their fibers. Elastane, also known as Spandex, is a prime example of this type of stretch. By weaving different threads together to make blended fabrics, manufacturers can produce garments that stretch in multiple directions. Other synthetic fibers, like polyester and nylon, are ideal for these blends due to their advanced ability to recover their original shape after stretching. Depending on the exact blend and techniques used, this inherent stretch can offer a two-way or a four-way stretch.

The Ways a Garment Moves

A two-way stretch can only expand effectively in one direction. Often used in garments like pants and shirt jackets, this type of stretch usually goes from side-to-side rather than up and down. Some two-way fabrics are inherent stretch blends, but many of these can also be made through manufacturing techniques, falling under the mechanical stretch classification. Those that are made of blends with synthetic fibers are a more advanced two-way stretch, which can go side-to-side and up and down, but only in one direction at a time. Another way to think about it is that these fabrics have a preferred direction to stretch, offering more flexibility in one way over the other.

A four-way stretch can go from side-to-side and up and down. Most often thought of in terms of swimwear, leggings, or high-performance athletic wear, this fabric has the highest freedom of movement. Designed as fabric blends, these contain synthetic materials that allow the garments to stretch in virtually any direction without losing their shape. However, not all four-way stretch fabrics are alike. Many garments that claim this attribute are really advanced two-way stretch fabrics, since they can only handle stretching in a single direction at a time. A true four-way garment can stretch in both directions at once, while still snapping back to its original shape.

Stretch Fabric's Impact on Workwear

For tradesmen that face high demands in range of motion and durability, being able to contort into tight spaces, climb equipment, or maintain the highest comfort on a job is a vital part of their performance and safety. The increased flexibility from stretch fabrics improves worker well-being and productivity. But the application of this technology into workwear has even more lasting effects. Less physical stress from the material working with your body, rather than against it, means reduced fatigue, with workers staying energized and productive for longer periods throughout the day.

Worker squatting in work pants and sweatshirt on a jobsite

Flexible fabrics also allow for more natural movements, reducing the risk of muscle strains and joint injuries and leading to higher accuracy and efficiency at work, particularly on jobs requiring greater levels of dexterity and control. At the end of the day, stretch fabrics can enhance morale and job satisfaction. If a worker feels comfortable and confident in their movements and gear, they will be able to maintain a higher standard of productivity, concentration, and general positivity.

Conclusion

The evolution of stretch fabric in workwear is far from over. Manufacturers are constantly pushing boundaries, developing new blends and technologies that offer more comfort, durability, and functionality. From advancements in moisture-wicking fabrics to self-healing materials and the exploration of smart textiles, the possibilities are endless.

Tradesmen and skilled workers no longer have to suffer through stiff, restrictive clothing. The future of workwear is flexible, comfortable, and ready to move with the ever-changing demands of the job. It is woven with innovation, safety, and a deep understanding of what the human body can achieve.

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