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Data-Backed Guide 2025: What is the Best Fabric for Excessive Sweating? 7 Top Materials Analyzed

Dec 18, 2025

Abstract

This analysis examines the efficacy of various textiles in managing excessive perspiration, a condition that can cause significant physical and psychological discomfort. The central inquiry revolves around identifying the ideal material properties for clothing intended for individuals who experience heavy sweating or hyperhidrosis. An evaluation of fabric performance is conducted through the prism of key metrics: moisture-wicking capability, breathability, drying speed, thermal regulation, and odor resistance. The investigation systematically compares natural fibers like cotton and Merino wool, semi-synthetics such as Lyocell, Modal, and viscose from bamboo, and fully synthetic materials including polyester and nylon. The findings reveal a complex interplay between fiber composition, yarn structure, and fabric construction. While synthetics and certain natural fibers like Merino wool exhibit superior moisture management for high-exertion activities, regenerated cellulose fibers offer a balance of comfort and performance for everyday use. Conversely, traditional cotton, despite its perceived comfort, proves unsuitable for managing heavy perspiration due to its high absorbency and poor moisture release. This discourse provides a data-informed framework for selecting apparel that enhances comfort and confidence.

Key Takeaways

  • Prioritize moisture-wicking over simple absorbency to stay dry.
  • Merino wool offers natural odor control and excellent temperature regulation.
  • Polyester and nylon are top performers for intense, sweat-inducing activities.
  • Lyocell is the best fabric for excessive sweating if softness and sustainability are priorities.
  • Avoid 100% cotton for active situations as it traps moisture against the skin.
  • Fabric construction, such as a knit or weave, impacts breathability and comfort.
  • Consider treated fabrics or blends for enhanced performance characteristics.

Table of Contents

Understanding the Dynamics of Sweat and Fabric

Before we can meaningfully assess which materials best serve us in our efforts to manage perspiration, it is necessary to build a foundational understanding. We must first turn our attention to the physiological purpose of sweat itself and then to the fundamental physics of how textile fibers interact with moisture. To choose a fabric is to choose a specific relationship with the water our bodies produce. It is a choice between a material that works in concert with our body’s natural cooling system and one that obstructs it, leading to discomfort and a feeling of being perpetually damp.

The Human Condition of Perspiration

Sweating is a fundamental biological process, an elegant solution evolved for thermoregulation. When our internal body temperature rises, whether from physical exertion, a warm environment, or emotional stress, the hypothalamus in our brain signals millions of sweat glands distributed across our skin. These glands release a saline solution—sweat—which rests on the skin’s surface. The magic happens next through evaporation. As this liquid turns into vapor, it requires energy, which it draws from the skin in the form of heat. This process effectively cools the body down.

For some individuals, this system is overactive. The condition known as hyperhidrosis involves sweating that exceeds what is necessary for thermoregulation. It can be a source of profound social anxiety and physical discomfort. The challenge, then, is not to stop a vital bodily function, but to manage its effects through intelligent choices, beginning with the very fabric we place against our skin. The clothing we wear can either be an ally, facilitating the evaporative process, or an impediment, trapping moisture and creating a microclimate of dampness.

The Two Fates of Moisture: Hydrophilic vs. Hydrophobic Fibers

At the microscopic level, every textile fiber has an inherent disposition towards water. We can categorize them into two broad families: hydrophilic (from the Greek hydro for water and philia for love) and hydrophobic (phobos for fear).

Hydrophilic fibers, such as cotton, linen, and rayon, contain molecular structures with polar groups that readily form hydrogen bonds with water molecules. They are, in essence, absorbent. Think of a cotton fiber as a microscopic sponge, eagerly drawing water into its very core. While this sounds beneficial, it has a significant drawback. Once saturated, these fibers swell and release that moisture very slowly.

Hydrophobic fibers, like polyester and nylon, are the opposite. Their chemical makeup is non-polar, meaning they lack the electrical charges that attract water molecules. They repel water. When sweat comes into contact with a hydrophobic fabric, it is not absorbed into the fibers. Instead, the moisture is forced to travel along the spaces between the fibers, spreading out across the fabric’s surface. This mechanism, known as wicking, is the cornerstone of performance textiles. By spreading the moisture over a larger surface area, it can evaporate much more quickly.

The ideal fabric for managing excessive sweat often involves a sophisticated manipulation of these properties, sometimes even blending fibers to achieve the best of both worlds.

Core Metrics for Evaluating Performance

When we ask, “what is the best fabric for excessive sweating?”, we are really asking a series of more specific questions about a material’s capabilities. Let’s define the key performance indicators.

  • Moisture Wicking: The ability of a fabric to pull moisture from the skin and transport it to the outer surface. It is the active process of moving liquid, distinct from simple absorption.
  • Breathability: Measured in CFM (cubic feet per minute), this is the fabric’s permeability to air. A breathable fabric allows water vapor (evaporated sweat) to pass through it, preventing a buildup of hot, humid air next to the skin.
  • Drying Speed: How quickly a fabric returns to a dry state after being saturated with moisture. This is directly related to its hydrophobic nature and its ability to spread moisture for efficient evaporation.
  • Odor Resistance: Sweat itself is nearly odorless. The smell we associate with it is caused by bacteria on our skin that consume the proteins and fats in our sweat and release odorous byproducts. Some fabrics, like wool, have natural antimicrobial properties, while others, like polyester, can create a fertile breeding ground for these bacteria.
  • Thermal Regulation: The capacity of a fabric to help the body maintain its optimal temperature, keeping you cool when it’s hot and warm when it’s cold.

Understanding these five metrics allows us to move beyond simple labels and analyze how a garment will truly perform under the stress of perspiration.

A Comparative Analysis of Fabrics for Sweat Management

To provide a clear overview, the following table summarizes the performance of the seven key fabrics discussed in this guide across the essential metrics for sweat management. Consider this a map for the more detailed exploration to follow.

Fabric Moisture Wicking Breathability Drying Speed Odor Resistance Primary Benefit
Cotton Poor High (when dry) Very Slow Poor Softness, Hypoallergenic
Merino Wool Excellent Very High Fast Excellent Thermoregulation, Odor-Free
Lyocell Good High Moderate Good Supreme Softness, Sustainable
Modal Moderate High Moderate Moderate Lasting Softness, Drape
Bamboo Viscose Moderate High Moderate Moderate Silky Feel, Absorbent
Polyester Excellent Moderate-High Very Fast Poor (untreated) Durability, Wicking Power
Nylon Excellent Moderate Fast Poor (untreated) Extreme Durability, Stretch

Natural Fibers: An Examination of Earth’s Solutions

Humanity’s first textiles were derived from the natural world—from plants and animals. These fibers have been honed by millennia of evolution to serve a purpose, and in some cases, that purpose aligns remarkably well with our own needs for comfort and performance. We will begin our detailed fabric analysis here, with the most traditional of materials.

1. Cotton: The Paradox of Comfort and Claustrophobia

Cotton is the most ubiquitous natural fiber in the world, cherished for its softness, breathability (when dry), and gentle touch on the skin. For many, the feel of a 100% cotton t-shirt is the very definition of comfort. It is a plant-based fiber, composed almost entirely of cellulose, a hydrophilic polymer. And therein lies its profound flaw when it comes to managing perspiration.

The Deceptive Embrace of Absorbency

When you begin to sweat in a cotton garment, the hydrophilic cellulose fibers do exactly what they are designed to do: they absorb water. A single cotton fiber can absorb up to 27 times its own weight in water (Hatch, 1993). This initial absorption can feel pleasant, as moisture is pulled away from the immediate surface of the skin. However, the story quickly turns.

Once the fibers become saturated, they swell, and the fabric’s structure collapses. The air pockets that made the dry fabric feel breathable disappear. The garment clings to your body, creating a heavy, clammy sensation. Most critically, cotton is exceptionally slow to release this absorbed moisture. The evaporation process is stifled. Instead of cooling you down, the trapped water can actually start to chill you, a phenomenon hikers and outdoor enthusiasts call the “cotton kills” principle. In a cool or windy environment, a sweat-soaked cotton shirt can drastically lower your body temperature.

A Case for Cotton in Specific Contexts

Does this mean cotton has no place in the wardrobe of someone who sweats heavily? Not entirely. The context is paramount. For low-exertion activities in a climate-controlled environment, its softness may be prioritized. Furthermore, advancements in textile manufacturing have led to high-quality cotton fabric blends that mitigate its weaknesses. Blending cotton with a hydrophobic fiber like polyester can create a fabric that retains some of cotton’s softness while gaining the moisture-wicking and quick-drying properties of the synthetic. A 60/40 cotton/polyester blend, for instance, offers a compromise that can be suitable for casual wear.

2. Merino Wool: Nature’s Intelligent Textile

When one thinks of wool, images of itchy, heavy winter sweaters often come to mind. It is time to dismantle that stereotype. Merino wool, which comes from the Merino sheep, is a fiber of extraordinary sophistication and is arguably one of the best natural materials for managing excessive sweat in a wide range of conditions.

Feature Traditional Wool Merino Wool Advantage of Merino
Fiber Diameter > 25 microns < 24 microns (often 15-20) Finer fibers bend easily, eliminating itch and feeling soft against the skin.
Moisture Mgt. Good Excellent Can absorb up to 30% of its weight in vapor without feeling wet.
Odor Resistance Good Excellent Higher lanolin content and complex fiber structure inhibit bacterial growth.
Thermoregulation Good Excellent The fine fiber’s crimp creates superior loft for trapping air and regulating temperature.

The Micro-Architecture of a Merino Fiber

The secret to Merino wool’s performance lies in its complex structure. Each fiber has a hydrophobic exterior (the cuticle) and a hydrophilic interior (the cortex). This dual nature allows it to perform a unique feat: it pulls moisture vapor away from your skin before it even has a chance to turn into liquid sweat. The vapor passes through the water-repelling exterior and is bound within the water-loving interior. Because the moisture is trapped inside the fiber, the surface of the fabric remains feeling dry against your skin. It can absorb up to 30% of its own weight in moisture vapor without feeling damp to the touch (Fourtanier, 2021).

Once the ambient humidity drops, the fiber releases this stored moisture back into the air. It is a dynamic, breathing system. Should you sweat heavily enough to produce liquid, the keratin fibers will also wick that moisture mechanically toward the outer surface to evaporate.

Unrivaled Odor Control and Thermal Balance

Perhaps the most celebrated quality of Merino wool is its incredible resistance to odor. The complex surface structure of the wool fiber is difficult for bacteria to attach to. Moreover, the fiber’s ability to manage moisture means the humid environment that bacteria love is never fully established. The result is a garment that can be worn for days, even during strenuous activity, without developing the unpleasant smell characteristic of synthetic base layers.

Furthermore, the natural crimp (a fine, spring-like waviness) of Merino fibers creates millions of tiny air pockets. These pockets trap air, which is an excellent insulator. This is why wool keeps you warm in the cold. But in the heat, this same structure facilitates the release of heat and moisture vapor, producing a cooling effect. It is a true thermoregulating material, adapting to your body’s needs.

Regenerated Cellulose Fibers: A Modern Synthesis

Between the purely natural and the purely synthetic lies a fascinating category of materials: regenerated cellulose fibers. These fabrics are derived from natural sources—typically wood pulp—but are created through a man-made manufacturing process. They represent an attempt to engineer fibers that combine the softness and breathability of naturals with enhanced performance characteristics.

3. Lyocell: The Sustainable and Sensitive Skin Solution

Lyocell is a more recent innovation in this family, most famously marketed under the brand name TENCEL™. It is produced primarily from eucalyptus wood from sustainably managed forests. What sets Lyocell apart is its manufacturing process. It uses a non-toxic solvent that is recycled in a closed-loop system, meaning over 99% of the solvent is recovered and reused (Tencel, n.d.). This makes it one of the most environmentally sound regenerated fibers.

Engineered for Moisture

Lyocell’s performance in managing sweat is impressive. Its fibers are composed of sub-microscopic channels, called nanofibrils, which are hydrophilic. This structure allows Lyocell to absorb moisture very efficiently and, crucially, to wick it away from the skin and release it into the atmosphere. Its moisture management is more structured and controlled than that of cotton. While cotton absorbs moisture haphazardly, Lyocell’s nanofibrils guide water into the fiber’s core, keeping the surface of the fabric feeling drier. It offers a noticeable improvement in comfort for those who experience moderate to heavy sweating in daily life.

The fiber’s surface is exceptionally smooth, giving it a silky hand-feel and making it an excellent choice for individuals with sensitive or easily irritated skin. It is less prone to creating the warm, damp environment that encourages bacterial growth compared to cotton, giving it better odor resistance. For office wear, casual clothing, or even sleepwear, Lyocell presents a compelling case as the best fabric for excessive sweating when high-intensity performance is not the primary goal.

4. Modal: The Standard for Enduring Softness

Modal is another regenerated cellulose fiber, a second-generation version of rayon. It is typically made from the pulp of beech trees. The modifications in its production process result in a fiber with higher wet strength and greater stability than standard viscose rayon. This means garments made from Modal are less likely to shrink or lose their shape after washing.

Its defining characteristic is an incredible, long-lasting softness. It drapes beautifully and feels light and pleasant against the skin. In terms of moisture management, it performs similarly to other cellulosic fibers like Lyocell and viscose. It is highly breathable and will absorb sweat, pulling it away from the skin. It performs better than cotton because it doesn’t become as structurally weak when wet and retains a silkier feel.

However, it is not as efficient at moisture management as Lyocell or high-performance synthetics. It can become saturated during intense exercise and may be slow to dry. Its best application is in everyday clothing, underwear, and pajamas, where its supreme comfort is the main attraction and its good-but-not-elite moisture handling is sufficient.

5. Bamboo Viscose: Deconstructing the Eco-Narrative

Bamboo fabric has been marketed heavily as a green, natural wonder-material. The reality is more complex. The “bamboo fabric” you find in clothing is almost always bamboo viscose (or rayon). While the raw material is the fast-growing bamboo plant, the process to turn that woody stalk into a soft fiber is chemically intensive. It involves dissolving the bamboo pulp in harsh chemicals, extruding it, and then regenerating the cellulose. During this process, any of the natural antimicrobial properties of the bamboo plant itself are lost. For a deeper dive, one might explore bamboo fabric.

From a performance perspective, bamboo viscose behaves almost identically to other viscose rayons and is very similar to Modal. It is exceptionally soft, drapes well, and is quite breathable. It will absorb moisture from the skin, making it feel more comfortable than a fabric that leaves you feeling wet. However, like its cellulosic cousins, it can become saturated and slow to dry under heavy perspiration loads. It is a good choice for casual wear but falls short of being a true performance fabric for sports. The choice to use it should be based on its feel, not on a misperception of its environmental credentials or any special properties retained from the bamboo plant.

Synthetic Fibers: Engineered for Peak Performance

We now turn to fibers born not in a field or on an animal’s back, but in a laboratory. Synthetic fibers are polymers, typically derived from petroleum. They are designed from the ground up to possess specific qualities, and for managing sweat, their defining characteristic is hydrophobia—the fear of water.

6. Polyester: The Unyielding Workhorse of Activewear

Polyester is the undisputed king of activewear, and for good reason. It is a polymer called polyethylene terephthalate (PET), the same material used to make drink bottles. It is incredibly durable, resistant to stretching and shrinking, and holds its color well. Most importantly, its fibers are intensely hydrophobic.

The Power of Wicking

When you sweat in a polyester shirt, the fibers refuse to absorb the moisture. The liquid has nowhere to go but into the spaces between the fibers. Through capillary action, the moisture is pulled along these channels, spreading rapidly across a huge surface area on the outside of the garment. This is pure moisture-wicking. By spreading the sweat out so thinly, it can evaporate with astonishing speed. A lightweight polyester t-shirt can feel almost dry just minutes after a heavy workout.

This efficiency is what makes it the go-to fabric for running, cycling, and gym wear. It keeps the skin as dry as possible, preventing both the discomfort of clamminess and the danger of post-exercise chill. As a leading fabric manufacturer, we see countless applications where polyester’s performance is blended with other fibers to create optimal materials for any condition.

The Achilles’ Heel: Odor

The primary drawback of polyester is its tendency to retain odor. The oleophilic (oil-loving) nature of the fiber surface provides a welcoming home for the lipids in your sweat and the bacteria that feed on them (McQueen et al., 2014). While a Merino wool shirt can be worn multiple times, a polyester shirt often needs to be washed after every sweaty use. Manufacturers have addressed this issue by developing antimicrobial treatments that are applied to the fabric or by embedding silver ions into the fibers to inhibit bacterial growth. These treatments can be effective, though their longevity may vary with repeated washing.

7. Nylon: The Resilient and Silky Contender

Nylon, the first commercially successful synthetic thermoplastic polymer, shares many properties with polyester. It is also hydrophobic, durable, and an effective moisture-wicker. In a head-to-head comparison, nylon is generally stronger and more abrasion-resistant than polyester. It also tends to have a softer, silkier hand-feel, which is why it is used extensively in items like stockings, lingerie, and high-end performance wear.

Like polyester, it wicks moisture away by moving it between fibers rather than absorbing it. It dries quickly and holds its shape well. It also suffers from the same vulnerability to odor-causing bacteria, requiring frequent washing or antimicrobial treatments.

The choice between polyester and nylon often comes down to the specific application. Polyester’s lower production cost makes it more common in general activewear. Nylon’s superior durability and softer feel might be favored for more demanding applications like rock climbing apparel or in garments where a smoother, more luxurious feel is desired, such as performance yoga wear.

Beyond the Fiber: The Critical Role of Fabric Structure

The type of fiber is only half the story. The way those fibers are spun into yarn and then constructed into a fabric plays an equally significant part in how a garment performs. The same polyester fiber can be used to create a breezy, open-mesh jersey or a dense, windproof shell.

The Weave and the Knit

The two primary methods of fabric construction are weaving and knitting.

  • Woven fabrics are made by interlacing two sets of yarns at right angles (the warp and the weft). They tend to be more rigid, durable, and wind-resistant. Think of a classic button-down shirt or a pair of trousers. While traditionally less breathable, modern weaving techniques can create lightweight, porous structures suitable for performance.
  • Knit fabrics are made by interlocking loops of a single yarn. This structure gives knits a natural stretch and makes them inherently more breathable than most wovens. Jersey (like in a t-shirt), pique (like in a polo shirt), and fleece are all common knit structures. For managing sweat, knits are often preferred due to their airiness and flexibility.

The Influence of Blends and Finishes

The modern textile industry rarely deals in absolutes. The most advanced materials are often sophisticated blends of different fibers, designed to capture the best qualities of each. A common example is a polyester/spandex blend in leggings, which combines polyester’s wicking with spandex’s incredible stretch. A Merino wool/nylon blend enhances the wool’s durability for high-wear items like socks.

Furthermore, fabrics can be treated with a variety of finishes to augment their performance. These can include:

  • Moisture-wicking finishes: Chemical treatments that enhance a fabric’s ability to pull sweat away from the skin.
  • Antimicrobial finishes: Treatments that inhibit the growth of odor-causing bacteria.
  • Durable Water Repellent (DWR) finishes: Treatments that cause water to bead up and roll off the surface of a fabric.

These innovations mean that even a fiber like cotton can be engineered into functional fabrics that perform far better than its raw state would suggest.

A Practical Framework for Fabric Selection

Having examined the science, we can now establish a clear, actionable guide for choosing the best fabric for excessive sweating based on different scenarios.

For High-Intensity Exercise (Running, HIIT, Cycling)

Your priorities here are maximum moisture wicking and fastest drying time.

  • Top Choice: Polyester or Nylon. Their hydrophobic nature is unmatched for pulling liquid sweat away and drying quickly. Look for garments with an open knit structure, like a mesh or a lightweight jersey, to maximize breathability.
  • Excellent Alternative: Lightweight Merino Wool (150-175 gsm). It offers superior odor resistance for multi-day trips or long workouts and provides better thermal regulation if temperatures fluctuate.

For Everyday and Office Wear

Here, the goal is a balance of all-day comfort, discretion, and moderate moisture management.

  • Top Choice: Lyocell (TENCEL™). Its superb softness, smooth drape, good moisture absorption and release, and respectable odor control make it ideal for wearing under a blazer or as a standalone piece.
  • Strong Contenders: Modal and Merino Wool. Modal offers a similar softness to Lyocell. Merino wool, in a lightweight knit, is exceptional for its odor-free properties and ability to adapt to changing temperatures between an air-conditioned office and the warm outdoors.

For Sleep and Lounging

Comfort, softness, and breathability are the key concerns for sleepwear.

  • Top Choice: Modal or Lyocell. Their exceptional softness and smooth feel are unparalleled for nighttime comfort. Their ability to absorb some moisture without feeling clammy is a significant benefit for those who experience night sweats.
  • Good Alternative: High-quality, lightweight cotton. In the context of sleep, where you are not generating massive amounts of heat through exertion, the risk of getting chilled from damp cotton is lower. For some, its familiar softness is the ultimate comfort.

Frequently Asked Questions (FAQ)

Is 100% cotton ever a good choice for someone who sweats a lot?

For high-sweat situations like exercise or hot, humid days, 100% cotton is generally a poor choice. It absorbs sweat, becomes heavy and clammy, and loses its breathability. However, for casual, low-activity wear in a dry or climate-controlled environment, its softness and hypoallergenic properties can still make it a comfortable option.

What fabric is the worst for showing sweat stains?

Light-colored fabrics, especially in shades of gray, blue, and pastels, tend to show wetness most visibly. Cotton and rayon-based fabrics (Modal, Viscose) that absorb and hold moisture can also make sweat patches more prominent and slower to disappear. Dark colors like black and navy, or fabrics with busy patterns, are much better at concealing sweat.

How should I wash performance fabrics to maintain their properties?

Wash them in cold water with a mild detergent. Avoid using fabric softeners, as they can clog the pores of the fabric and inhibit its moisture-wicking capabilities. Tumble dry on low heat or, even better, hang them to dry. High heat can damage synthetic fibers like polyester, nylon, and spandex over time.

Does the color of a fabric affect how much I sweat?

Darker colors absorb more light and convert it into heat, which can make you feel warmer and potentially sweat more when you are in direct sunlight. Lighter colors reflect more light. However, the fabric’s material and breathability will have a much greater impact on your overall comfort and sweat management than its color.

What about linen for sweating?

Linen, made from the flax plant, is another natural, hydrophilic fiber. It is highly breathable and has a crisp structure that allows it to stand away from the body, promoting airflow. It absorbs moisture but also dries faster than cotton. It is an excellent choice for hot, dry climates. Its main drawbacks are that it wrinkles very easily and can feel rough to some people.

Are expensive “technical fabrics” from specialty brands really worth the money?

Often, yes. The higher price can reflect more advanced fabric construction (e.g., body-mapped ventilation zones), higher-quality raw materials (e.g., finer gauge Merino wool), more durable and effective finishes (e.g., advanced antimicrobial treatments), and superior garment construction (e.g., flatlock seams to prevent chafing). For those who are serious about performance or who experience significant discomfort from sweating, the investment can lead to a substantial improvement in comfort and confidence.

Can a fabric actively cool me down?

Some modern fabrics incorporate technologies designed to create a cooling sensation. These can include minerals like jade infused into the yarn, which have high thermal conductivity and feel cool to the touch, or chemical finishes that react with moisture to create a cooling feeling. While they can provide a temporary sensation of coolness, the most effective long-term cooling still comes from a fabric’s ability to breathe and efficiently evaporate sweat.

Final Reflections

The experience of living with excessive perspiration is often a private struggle, a constant negotiation with one’s environment and one’s own body. Yet, within the realm of textile science lies a set of powerful tools for reclaiming comfort and confidence. The journey from feeling perpetually damp to feeling dry and composed is not a matter of chance, but of informed choice. It begins with understanding the profound difference between a fiber that clings to moisture and one that liberates it.

There is no single, monolithic answer to the question of the best fabric for excessive sweating. The ideal choice is a function of context—the activity, the climate, the desired aesthetic, and the unique sensitivities of your own skin. By arming yourself with knowledge of how fibers like Merino wool, Lyocell, and polyester function at a microscopic level, you transform the act of getting dressed from a source of anxiety into an act of empowerment. You can select a polyester jersey for a demanding run, a Lyocell button-down for a critical presentation, and a Merino base layer for an unpredictable travel day, knowing that each choice is a deliberate step toward greater physical well-being. The right fabric is more than a covering; it is a second skin, engineered to work in harmony with your body.

References

Fourtanier, D. (2021). The science of why Merino wool is so amazing. The Woolmark Company.

Hatch, K. L. (1993). Textile science. West Publishing Company.

McQueen, R. H., Harynuk, J. J., Wismer, W. V., Keelan, M., Xu, Y., & De la Mata, A. P. (2014). The effect of material type on the generation of volatile organic compounds from clothing during exercise. Journal of Breath Research, 8(3), 037105.

Tencel. (n.d.). The closed loop production process. Lenzing AG. Retrieved October 26, 2024, from