Crafted without microplastics
Our activewear collections are meticulously engineered in Los Angeles to eliminate microplastic emissions, ensuring minimal environmental and bodily impact. Each signature style is designed for movement, utilizing Intatex-approved yarns that represent a refined evolution of traditional nylon.
These yarns deliver a luxuriously soft handfeel and enduring quality, free from shedding, leaking, or stretching. Produced without microplastics, enhanced with biodegradable fibers, and crafted in closed-loop facilities, our garments set a new standard in sustainable technical wear—free from PFAs, silver treatments, and harmful toxins.
The Science of SUPPLEX
SUPPLEX is a high-performance fabric renowned for its exceptional strength, durability, and cotton-like softness. These superior properties stem from its unique spinning process, which sets it apart from standard nylon and makes it the fabric of choice for discerning activewear enthusiasts. SUPPLEX fibers are produced using a specialized spinning technique, crafted to eliminate microplastics.
Unlike standard nylon, which is spun into coarser single fibers, SUPPLEX fibers are extruded through spinnerets with smaller, precisely configured holes, creating a multitude of finer microfibers. This enables a tighter weave or knit, significantly enhancing the fabric’s tensile strength and resilience under stress during your workout.
The SUPPLEX Advantage
The unique spinning process is the foundation of SUPPLEX’s standout qualities. The dense arrangement of fine microfibers creates a robust fabric structure, making SUPPLEX immensely stronger than standard nylon and resistant to breaking or stretching—even in high-stress applications like activewear.
Post-extrusion, SUPPLEX fibers undergo targeted treatments: drawing to align polymer molecules and texturizing to enhance resilience. These enhancements fortify the fabric against abrasion and wear, resulting in a smooth, durable surface that resists pilling and holes. SUPPLEX also maintains its shape, elasticity, and vibrancy over time, ensuring long-lasting performance and appearance.
SUPPLEX vs. Standard Nylon
Standard nylon fibers are not only coarser and less meticulously spun but also inherently flawed from an environmental perspective. The spinning process for standard nylon directly crafts microplastics into the production cycle from the very start, embedding pollution into the fabric before it even reaches the consumer.
In contrast, SUPPLEX’s advanced spinning techniques, utilizing finely configured spinnerets, craft multiple finer microfibers without generating microplastics. This results in a lightweight, flexible fabric that not only outperforms conventional nylon in strength, durability, and comfort but also represents a more responsible choice for the environment.
hormone disruption and heart attacks
In stark contrast to conventional nylon, SUPPLEX employs cutting-edge spinning techniques with precisely configured spinnerets to produce multiple finer microfibers—without generating microplastics. This innovation yields a fabric that is not only lighter, more flexible, and superior in strength, durability, and comfort but also a decisive step forward for environmental stewardship and female health.
The absence of microplastics is critical, as emerging research links these pollutants to severe health risks, including hormone disruption, infertility, and cardiovascular events like heart attacks. By eradicating microplastic pollution at the source, SUPPLEX delivers a high-performance solution that safeguards both individual well-being and the planet’s future, making it an essential choice for those who refuse to compromise on quality or conscience.
Zero Microplastics
Crafted without microplastics, our activewear blends luxe softness, resilience, and sculpting precision—vital, as studies tie microplastics to hormone disruption and heart attacks.
Made In America
Affirming our commitment to excellence, we remain proudly American made and owned—one of the last heritage brands upholding this very proud legacy.
