What is Drirelease Jersey with Freshguard Odor-Control: A Data-Backed Guide to Staying 4X Drier

Abstract

An examination of drirelease jersey with FreshGuard odor-control reveals a sophisticated textile innovation engineered for superior performance. This technology is not a surface treatment but a patented yarn construction that intimately blends hydrophobic and hydrophilic fibers. The hydrophilic component pulls moisture away from the skin, while the hydrophobic component pushes it to the fabric's exterior, facilitating rapid evaporation. This unique mechanism allows the fabric to dry significantly faster than cotton, enhancing wearer comfort during physical activity. Integrated into the yarn is FreshGuard, an embedded odor neutralizer that permanently inhibits the development of smells caused by microbial activity, without using antimicrobial chemicals. Unlike temporary finishes, both the moisture-wicking and odor-control properties are permanent and do not wash out over the lifespan of the garment. This makes the fabric a durable and high-performing choice for activewear, casual apparel, and undergarments, addressing the dual needs for thermal regulation and hygiene.

Key Takeaways

• Drirelease permanently wicks moisture by using a patented blend of fibers.
• The fabric dries up to four times faster than traditional cotton.
• FreshGuard provides permanent, chemical-free odor neutralization.
• Understanding what is drirelease jersey with FreshGuard odor-control helps in selecting superior activewear.
• Performance is built into the yarn and will not wash out over time.
• The technology offers enhanced comfort without a clammy or wet feeling.
• It combines the softness of natural fibers with the performance of synthetics.

Table of Contents

• Deconstructing Performance: The Science Behind Drirelease Jersey
• The Anatomy of Comfort: Examining the Components
• Drirelease in Action: Superior Moisture Management Explained
• Beyond Dryness: The Enduring Benefits of Freshguard Odor Control
• Applications and Real-World Impact
• The Broader Context: Sustainability and Textile Innovation
• Frequently Asked Questions (FAQ)
• Conclusion
• References

Deconstructing Performance: The Science Behind Drirelease Jersey

The world of performance textiles is often shrouded in complex terminology and marketing claims. To truly appreciate the function of a garment, one must look past the surface and into the very fibers from which it is constructed. The inquiry into what is drirelease jersey with FreshGuard odor-control is not merely a question about a product; it is an exploration into the physics of moisture, the biology of sweat, and the engineering of comfort. Let us begin by situating this technology within the broader history of athletic apparel and then dissect the core principles that grant it such remarkable capabilities.

The Genesis of Performance Fabrics: A Brief History

For much of human history, clothing for physical exertion was made from natural fibers like cotton and wool. Cotton, while soft and breathable when dry, becomes a heavy, saturated, and cold blanket once it absorbs sweat. It holds onto moisture tenaciously, clinging to the skin and rapidly drawing away body heat. Wool performs better, retaining some insulating properties when wet, but can be heavy and uncomfortable for many.

The 20th century brought the advent of synthetic fibers like polyester and nylon. These materials were a revelation in some respects. They are hydrophobic, meaning they naturally repel water. Instead of absorbing sweat, they allow it to sit on the surface or pass through the fabric. The problem, however, was one of comfort. Purely synthetic garments can feel plastic-like and clammy against the skin, and they are notorious for creating a breeding ground for odor-causing bacteria. The challenge for textile scientists became clear: how to combine the soft, comfortable feel of natural fibers with the moisture-moving properties of synthetics? This quest set the stage for the development of engineered yarns like drirelease.

What is Drirelease? More Than Just a Fabric, A Patented Yarn Technology

A common misconception is that drirelease is a type of fabric finish or a chemical coating applied to a garment. This is fundamentally incorrect. The properties of drirelease are not temporary; they are an inseparable part of the material itself. The innovation lies in the yarn.

Imagine taking two different types of threads, one that loves water and one that hates it, and spinning them together in a very specific, engineered way. That is the essence of drirelease. It is a patented yarn that combines a small percentage of natural, hydrophilic (water-loving) fibers, such as cotton or wool, with a majority of synthetic, hydrophobic (water-hating) fibers, like polyester. The typical blend is around 85-90% synthetic and 10-15% natural.

This blend is not random. The fibers are intimately combined in a unique way during the spinning process. This construction creates a micro-network within every single thread of the fabric. It is this intricate structure, repeated billions of times throughout a garment, that is responsible for its moisture-management capabilities. Because the properties are physically engineered into the yarn, they will never wash out or degrade over time, a significant departure from performance coatings that lose efficacy with every laundry cycle.

The Hydrophilic and Hydrophobic Partnership: How Moisture is Moved

To understand how drirelease works, we must think about the behavior of water. Water molecules are attracted to certain surfaces and repelled by others. This principle is at the heart of the technology.

When you sweat, the moisture is released onto your skin. In a drirelease garment, the hydrophilic fibers (like cotton) are positioned to be in greater contact with the skin. True to their "water-loving" nature, they act like tiny sponges, pulling the liquid sweat away from your body and into the yarn structure. This is the first step, and it is what prevents that initial feeling of wetness and clamminess.

However, if the process stopped there, you would just have a slightly more efficient version of a cotton shirt. The magic happens in the next step. The moisture, now held within the yarn, is immediately exposed to the abundant hydrophobic fibers (polyester). These "water-hating" fibers refuse to absorb the moisture. Instead, they act as channels, pushing the water away from themselves and toward the outer surface of the fabric. This process is a form of capillary action, where the structure of the yarn effectively pumps water from the inside to the outside. Once the moisture reaches the vast surface area on the exterior of the garment, it can evaporate quickly into the air. This entire sequence is a highly efficient moisture-relay system, moving wetness away from the skin and releasing it from the fabric permanently.

The Anatomy of Comfort: Examining the Components

A high-performance fabric is a system where each component contributes to the overall function. In the case of drirelease jersey with FreshGuard, three elements work in concert: the knit structure of the jersey, the specific blend of fibers in the yarn, and the integrated odor-control technology. Understanding each piece allows for a deeper appreciation of the whole.

The Role of the Jersey Knit: Structure Meets Function

The term "jersey" refers not to the fiber content but to the way the fabric is constructed. A jersey knit is a single-knit fabric characterized by fine vertical ribs on the face and more circular loops on the back. If you look closely at a typical t-shirt, you are likely looking at a jersey knit.

Why is this structure so well-suited for drirelease yarn?

1. Flexibility and Stretch: The looped structure of a jersey knit gives it inherent, natural stretch, even without the addition of elastane (though it is often included for enhanced mobility). This makes it ideal for activewear that needs to move with the body.
2. Softness and Drape: Jersey fabrics are known for their soft hand-feel and fluid drape, contributing significantly to the comfort of a garment. It avoids the stiff, technical feel of some other performance weaves.
3. Breathability: The knit structure creates small openings that allow air to circulate, which aids in the evaporative process driven by the drirelease yarn.

When drirelease yarn is used to create a jersey fabric, the result is a material that feels as soft and comfortable as a favorite cotton tee but performs with the technical prowess of an elite athletic garment. The structure and the yarn technology are mutually reinforcing.

Fiber Blends: The Art and Science of Material Composition

The specific ratio of hydrophilic to hydrophobic fibers is carefully calibrated. While a common blend is 85% polyester to 15% cotton, variations exist to achieve different feels and functionalities. For instance, drirelease wool blends combine the moisture-management and temperature-regulating properties of wool with the rapid drying of the drirelease system. The table below provides a comparative overview of how drirelease jersey stacks up against common single-fiber fabrics.

Feature	Drirelease Jersey (85/15 Poly/Cotton)	100% Cotton Jersey	100% Polyester Jersey
Moisture Wicking	Excellent	Poor (Absorbs, but does not release)	Good (Does not absorb, can feel clammy)
Drying Speed	Very Fast (Up to 4x faster than cotton)	Very Slow	Fast
Odor Control	Excellent (with FreshGuard)	Poor (Becomes odorous when wet)	Poor (Prone to bacterial growth)
Feel Against Skin	Soft, Natural	Very Soft (when dry)	Can feel synthetic, slick, or clammy
Shape Retention	Excellent	Prone to stretching and sagging when wet	Excellent
Durability	High	Moderate	High
Care	Easy, machine washable	Easy, but can shrink	Easy, resists shrinking and wrinkling

This comparison clarifies the position of drirelease as a hybrid solution. It seeks to capture the "best of both worlds," mitigating the weaknesses of each fiber type while synergizing their strengths. It is not merely a mix; it is an engineered composite material at the yarn level.

Freshguard: Permanent Odor Control Without Chemicals

Sweat itself is nearly odorless. The unpleasant smell we associate with perspiration is actually the byproduct of bacteria on our skin consuming the fats and proteins present in sweat. Many performance garments address this by applying antimicrobial or antibacterial chemical finishes. These treatments work by killing the bacteria. However, they have several drawbacks: they can wash out over time, losing their effectiveness, and there are growing concerns about their environmental impact and potential effects on the skin's natural microbiome.

FreshGuard operates on a completely different and more elegant principle. It is not an antimicrobial. It does not kill bacteria. Instead, it is an odor-neutralizing technology that is physically embedded within the drirelease yarn. It works by blocking the odor-causing compounds released by bacteria from binding to the fabric. Think of it like a molecular lock-and-key system. The FreshGuard technology "plugs the locks," so the odor molecules have nowhere to attach.

Because it is built into the fiber and not a topical coating, its performance is permanent. It will last for the entire life of the garment. This approach is more sustainable and skin-friendly, as it does not interfere with the natural bacteria on your skin or wash potentially harmful chemicals into the water system (Periyasamy, 2023). It simply prevents the garment from smelling, allowing for multiple wears between washes and contributing to a longer, more useful product life.

Drirelease in Action: Superior Moisture Management Explained

The theoretical underpinnings of drirelease technology are fascinating, but its true value lies in its real-world performance. How does the combination of engineered yarn and jersey knit translate to a palpably different experience for the wearer? The process of moisture management is a dynamic one, involving physics and thermodynamics at the micro-level of the fabric.

The Wicking and Drying Process: A Step-by-Step Analysis

To visualize the journey of a single drop of sweat, consider the following sequence. This is the core mechanism that defines what is drirelease jersey with FreshGuard odor-control.

Stage	Action	Underlying Principle	Result for Wearer
1. Perspiration	Sweat is released onto the skin surface.	Biological response to exertion/heat.	Initial feeling of warmth and moisture.
2. Absorption	Hydrophilic fibers in the yarn pull moisture off the skin.	Capillary action and molecular attraction.	Skin begins to feel drier; wetness is transferred into the fabric.
3. Transportation	Hydrophobic fibers push the moisture through the yarn structure.	Water-repelling nature of synthetic fibers.	Moisture moves from the inner fabric layer to the outer layer.
4. Distribution	Moisture spreads out across the fabric's exterior surface.	Surface tension and the weave structure.	Maximizes surface area for evaporation; prevents localized wet spots.
5. Evaporation	Airflow and body heat cause the moisture to turn into vapor.	Phase change from liquid to gas.	Fabric dries rapidly, creating a cooling effect and preventing chill.

This entire process happens continuously and rapidly as long as the wearer is sweating. The efficiency of this system is what distinguishes drirelease from other fabrics. It is not just wicking; it is a complete moisture transport and release system. The ability of a garment to transport moisture away from the skin is a key performance criterion that directly influences comfort (Pavlidou, 2015).

A Comparative Look: Drirelease vs. Cotton, Polyester, and Other Fabrics

Let's make this more concrete. Imagine you are going for a run on a warm day.

• Wearing a 100% Cotton T-Shirt: For the first few minutes, it feels great. But as you start to sweat heavily, the cotton absorbs the moisture like a sponge. It does not release it. The shirt becomes heavy, saturated, and sticks to your skin. When you stop running, the wet fabric rapidly cools, creating a distinct and uncomfortable chill.
• Wearing a 100% Polyester T-Shirt: As you sweat, the fabric does not absorb the moisture. Instead, the sweat can feel like it is pooling on your skin underneath the fabric, creating a slick, clammy sensation. While it dries faster than cotton once you stop, the feeling during peak exertion can be unpleasant for many. It is also highly susceptible to developing persistent odors.
• Wearing a Drirelease Jersey T-Shirt: As you sweat, the fabric immediately begins pulling the moisture away from your skin. You feel drier. The shirt does not feel heavy or saturated because the moisture is constantly being moved to the outer surface and evaporating. When you stop running, the shirt is likely already mostly dry or dries completely within minutes. The experience is one of sustained comfort throughout the activity and afterwards. Quick drying is one of the most vital factors in the comfort and performance of active sportswear (Nasrin et al., 2023).

Quantifying Performance: The "Dries 4x Faster" Claim

The claim that drirelease dries four times faster than cotton is not just a marketing slogan; it is based on standardized laboratory testing. Fabric swatches are saturated with a controlled amount of water and then weighed at regular intervals as they dry under controlled atmospheric conditions. By tracking the rate of moisture loss, an objective drying time can be calculated.

In these tests, drirelease fabrics consistently demonstrate a dramatically faster rate of evaporation compared to equivalent cotton fabrics. This rapid drying has two major benefits. First, it keeps the wearer more comfortable during activity. Second, it contributes to thermal regulation. The process of evaporation has a cooling effect, which helps regulate body temperature during intense exercise. Conversely, by removing cold, wet fabric from contact with the skin, it helps prevent post-exercise chill.

Beyond Dryness: The Enduring Benefits of Freshguard Odor Control

While moisture management is often the primary focus of performance fabrics, the issue of odor control is equally important for the wearer's comfort, confidence, and the garment's overall usability. A shirt that wicks perfectly but smells terrible after one use has limited practical value. This is where the integration of FreshGuard becomes so significant.

How Freshguard Neutralizes Odor at the Source

As previously mentioned, FreshGuard does not kill the bacteria that cause odors. This is a crucial distinction. It works by neutralizing the volatile organic compounds (VOCs) that these bacteria produce. The technology is proprietary, but the mechanism can be understood as a form of adsorption or chemical bonding at a molecular level.

When odor molecules are released, they are intercepted by the FreshGuard technology embedded in the yarn. They become "trapped" or neutralized, preventing them from being detected by the human nose. During the laundry cycle, these captured compounds are then released and washed away, "resetting" the fabric for the next wear.

This method is highly effective and targeted. It addresses the effect (the smell) rather than trying to eliminate the cause (the bacteria, which are a natural part of our skin's ecosystem). The result is a garment that remains fresh-smelling through multiple intense workouts, travel days, or long shifts.

The Limitation of Topical Antimicrobial Treatments

For years, the go-to solution for odor in athletic wear was silver-based or other chemical antimicrobial finishes. These agents are applied to the surface of the fabric and work by disrupting the cell walls of bacteria, effectively killing them. While this can reduce odor, the approach has come under scrutiny.

• Lack of Permanence: These finishes are topical and degrade with every wash. Their effectiveness can diminish significantly after just 10-20 laundry cycles.
• Environmental Concerns: When clothes with these finishes are washed, the antimicrobial agents are released into the water system. There is ongoing research into the impact of these chemicals, such as silver nanoparticles, on aquatic ecosystems.
• Skin Sensitivity: Some individuals may experience skin irritation from the chemicals used in these treatments.

FreshGuard sidesteps these issues entirely. Its permanence means the garment's performance lasts as long as the fabric itself. Its non-biocidal nature means it is gentler on both the environment and the skin.

Longevity and Care: Maintaining Performance Wash After Wash

One of the most practical benefits of the drirelease and FreshGuard system is its simplicity of care and its durability. Because the performance features are an intrinsic part of the yarn, they cannot be damaged by normal washing and drying. There are no special instructions, no need to "recharge" a chemical finish.

You can machine wash and tumble dry a drirelease garment without any fear of degrading its moisture-wicking or odor-controlling properties. In fact, washing is what releases the odor compounds captured by FreshGuard. A key point to remember is to avoid using fabric softeners. Fabric softeners work by coating fibers with a waxy, lubricating substance. This coating can clog the micro-channels within the drirelease yarn, impeding its ability to transport moisture. For any high-performance wicking fabric, avoiding fabric softeners is the single most important rule for maintaining peak function.

Applications and Real-World Impact

The unique combination of comfort, moisture management, and odor control makes drirelease jersey a remarkably versatile fabric. Its application extends far beyond the confines of the professional athlete's wardrobe and into many facets of daily life, reflecting a growing consumer demand for clothing that is both comfortable and functional.

From Elite Athletics to Everyday Wear: The Versatility of Drirelease Jersey

Initially adopted by high-endurance sports brands for running, cycling, and training apparel, the benefits of drirelease were quickly recognized for a much broader range of uses.

• Activewear and Sportswear: This remains the core market. From yoga leggings and gym shirts to base layers for hiking and skiing, the fabric provides essential thermal regulation and comfort. Manufacturers of quality knitted fabrics, like Ultratex Textile, provide these advanced materials to leading sportswear brands worldwide.
• Travel and Outdoor: For travelers packing light, a few drirelease shirts can serve for multiple days without needing a wash, thanks to FreshGuard. For hikers, the quick-drying nature is a safety feature, preventing the dangers of hypothermia from a sweat-soaked base layer.
• Workwear and Uniforms: For individuals in physically demanding jobs, from construction workers to healthcare professionals, drirelease offers all-day comfort by managing perspiration and maintaining a professional, fresh appearance.
• Casual and Lifestyle Apparel: The softness and drape of the jersey knit make it perfect for everyday t-shirts, polo shirts, and loungewear. It provides "invisible" performance for the daily commute or a warm day, offering more comfort than a standard cotton equivalent.
• Undergarments and Sleepwear: Against the skin, the fabric’s ability to manage moisture and odor is particularly valuable for underwear, socks, and pajamas, contributing to better hygiene and sleep quality.

Choosing the Right Garment: Considerations for Consumers

When you are looking for a garment made with this technology, it is helpful to think about its intended use. While the core technology is consistent, the weight of the fabric, the specific fiber blend (e.g., with cotton, wool, or TENCEL™ Lyocell), and the cut of the garment will all influence its ideal application. For high-intensity summer activities, a lightweight drirelease jersey is optimal. For a winter base layer, a slightly heavier version or a drirelease wool blend might be more appropriate. Always check the label for the fiber composition to better understand the specific properties of the garment you are considering. Many innovative textile solutions, including various Dri-release Cotton blends, are engineered to meet these diverse consumer needs.

The Future of Smart Textiles: What Lies Ahead?

Drirelease represents a significant step in the evolution of "smart" textiles—fabrics that actively respond to the wearer and the environment. The future will likely see further integration of technologies. We may see fabrics that can more actively regulate temperature, change color in response to UV exposure, or even monitor biometric data.

However, the fundamental principles demonstrated by drirelease—engineering function at the yarn level rather than relying on temporary finishes—will remain foundational. As consumers become more educated about what they wear, demand will grow for materials that offer permanent, reliable performance without compromising comfort or environmental responsibility. The journey is moving away from passive coverings and toward active, symbiotic systems that enhance human experience.

The Broader Context: Sustainability and Textile Innovation

No discussion of a modern textile technology is complete without considering its environmental and ethical dimensions. The apparel industry has a significant global footprint, from water consumption to post-consumer waste. Evaluating a material like drirelease requires a nuanced look at its entire lifecycle.

The Environmental Footprint of Performance Apparel

The production of any textile has an environmental cost. Growing cotton requires vast amounts of water, while producing polyester is an energy-intensive process derived from petroleum. The textile industry as a whole has a substantial water footprint (Mikucioniene et al., 2024). However, the analysis cannot stop at production. We must also consider the use phase and end-of-life.

Because drirelease jersey with FreshGuard stays fresh longer, it can be worn more times between washes. This reduces water and energy consumption over the garment's life. Its durability means it does not need to be replaced as often, which can lead to lower overall consumption. The technology itself does not add harmful chemicals that leach into the environment during washing, unlike some antimicrobial or water-repellent finishes.

Microfiber Shedding: A Nuanced Discussion

A significant environmental concern related to synthetic textiles is the shedding of microfibers during washing. These tiny plastic particles can enter waterways and have potential ecological impacts (Tedesco et al., 2024). All fabrics, both natural and synthetic, shed fibers. Research indicates that the construction of the yarn and fabric plays a major role in the rate of shedding.

High-quality, well-constructed yarns and fabrics tend to be more stable and shed less than lower-quality, loosely spun materials. While drirelease contains synthetic fibers, its high-quality, engineered construction is designed for durability. Furthermore, the functionalization of textiles can influence microfiber release, highlighting the need for continued research into the environmental risks of advanced materials (Periyasamy, 2023). The most sustainable approach for a consumer is to invest in durable, long-lasting garments and to wash them only when necessary—a practice that drirelease and FreshGuard technology actively supports.

The Role of Durability in Sustainable Fashion

The concept of sustainability in fashion is complex, but one of its most powerful levers is durability. A garment that lasts twice as long as another has, in essence, half the environmental impact from a production and disposal standpoint. The permanence of the performance features in drirelease is a key aspect of its sustainability profile.

Unlike garments whose special properties wash away, a drirelease shirt will continue to wick moisture and resist odor for its entire structural life. This encourages a "buy less, buy better" mentality. By providing lasting value and function, such technologies challenge the fast-fashion model of disposable clothing and promote a more considered relationship between the consumer and their wardrobe.

Frequently Asked Questions (FAQ)

What exactly is drirelease jersey with FreshGuard odor-control?

It is a high-performance fabric system. "Drirelease" refers to the patented yarn that blends water-loving and water-repelling fibers to pull sweat off the skin and dry quickly. "Jersey" is the soft, stretchy knit of the fabric. "FreshGuard" is the permanent, non-chemical odor-neutralizing technology embedded in the yarn.

Is drirelease a natural or synthetic fabric?

It is a blend. It combines the strengths of both natural fibers (like cotton or wool) and synthetic fibers (like polyester). The synthetic fibers provide the moisture-moving structure, while the natural fibers enhance comfort and help pull moisture from the skin.

How does FreshGuard work if it doesn't kill bacteria?

FreshGuard works by neutralizing the odor-causing compounds that bacteria produce. It acts at a molecular level to block these compounds from attaching to the fabric, preventing smells from developing. It does not harm the natural bacteria on your skin.

Will the performance of drirelease and FreshGuard wash out?

No. Because both the moisture-management and odor-control technologies are physically engineered into the yarn itself, their performance is permanent. They will last for the entire lifespan of the garment and will not degrade with washing.

How should I care for my drirelease clothing?

Care is simple: machine wash and tumble dry. The most important rule is to avoid using fabric softeners or dryer sheets. These products coat the fibers and can clog the performance channels, reducing the fabric's ability to wick moisture effectively.

Is drirelease jersey better than 100% polyester for workouts?

For many people, yes. While 100% polyester wicks moisture, it can feel slick and clammy and is very prone to odor buildup. Drirelease jersey offers a much softer, more natural feel against the skin, similar to cotton, while providing superior moisture management and permanent odor control.

How is drirelease different from a DWR (Durable Water Repellent) finish?

They serve opposite functions. Drirelease is designed to manage moisture from the inside (sweat) by pulling it through the fabric. A DWR finish is a chemical coating applied to the outside of a fabric to make it repel external moisture (rain). They are not the same technology.

Can this fabric be used for anything other than sportswear?

Absolutely. Its combination of comfort, softness, moisture management, and odor control makes it ideal for a wide range of apparel, including everyday t-shirts, travel clothing, work uniforms, sleepwear, and undergarments.

Conclusion

The inquiry into what is drirelease jersey with FreshGuard odor-control leads us to a deeper understanding of modern textile engineering. It is not simply a fabric but a holistically designed system that addresses the fundamental human need for comfort in both active and daily life. By permanently embedding function into the very structure of the yarn, it transcends the limitations of temporary chemical treatments and single-fiber materials. The intelligent partnership between hydrophilic and hydrophobic fibers creates a dynamic moisture-relay system, while the integrated FreshGuard technology offers a permanent and skin-friendly solution to odor. The result is a material that feels as comfortable as a classic cotton jersey but performs with the technical superiority required for demanding conditions. As we continue to seek apparel that is more durable, more functional, and more sustainable, technologies like drirelease represent a thoughtful path forward, proving that the greatest innovations are often those that are engineered to last.

References

Mikucioniene, D., Mínguez-García, D., Repon, M. R., Milašius, R., Priniotakis, G., Chronis, I., Kiskira, K., Hogeboom, R., Belda-Anaya, R., & Díaz-García, P. (2024). Understanding and addressing the water footprint in the textile sector: A review. AUTEX Research Journal. https://doi.org/10.1515/aut-2024-0004

Nasrin, S., Mandal, S., Islam, M. M., Petrova, A., Agnew, R. J., & Boorady, L. M. (2023). Factors affecting the sweat-drying performance of active sportswear—A review. Textiles, 3(3), 319–338. https://doi.org/10.3390/textiles3030022

Pavlidou, S., & Paul, R. (2015). Moisture management and soil release finishes for textiles. In Functional finishes for textiles. Woodhead Publishing.

Periyasamy, A. P. (2023). Microfiber emissions from functionalized textiles: Potential threat for human health and environmental risks. Toxics, 11(5), 406. https://doi.org/10.3390/toxics11050406

Tedesco, M. C., Fisher, R. M., & Stuetz, R. M. (2024). Emission of fibres from textiles: A critical and systematic review of mechanisms of release during machine washing. Science of The Total Environment, 955, 177090.