Bio-Friendly Evolution of Scrub Fabric

For decades, the medical apparel industry has relied on the same tired formula: basic poly-cotton blends.

They’re cheap to make and easy to mass-produce, but they leave the person actually wearing them—the healthcare professional—out of the equation.

We’ve all been there. Conventional polyester is durable, sure, but it lacks the breathability required for high-intensity environments, often trapping heat and moisture against the skin. Cotton feels okay for the first twenty minutes, but it quickly loses its structural integrity, wrinkles the moment you move, and stays damp throughout a grueling twelve-hour shift.

At Mediclo, we believe your gear should work as hard as you do and live up to what you do. We’ve traded "standard" for earth positive textile science.

A better alternative for everyone and you.

We’ve swapped outdated materials for a smarter, sustainable foundation. By integrating Tencel™ and recycled polyester, we’ve engineered scrubs that doesn't just sit on your skin; it cares for the world while delivering advanced performance benefits.

• Thermal Regulation & Moisture Management: Unlike cotton, which retains liquid, Tencel™ fibers are structured to absorb moisture 50% more efficiently, supporting the body’s natural thermal regulation and keeping you cool under pressure.

• Structural Integrity: Our recycled polyester provides the 4-way stretch, shape retention, quick-dry and moderate liquid repellence because of its high tensile strength that survives industrial laundering without the environmental tax of virgin synthetics.

• The "Hand Feel" Factor: You shouldn't have to choose between a soft touch and a professional look. Tencel’s smooth fiber surface offers a premium, silk-like softness that is gentle on sensitive skin while giving you the breathability required for a long shift.

TENCEL™ and FYSEL® is just the tip of the iceberg. We are committed to exploring new innovations in the world of sustainable fabric technology and bring them into the world of healthcare apparel. 

Sources

1. Lenzing Group. (2024). Tencel™ Lyocell: Superior Moisture Management and Fiber Comparison Study.

2. Textile Research Journal. (2022). Comparative Analysis of Moisture Vapor Transmission Rates (MVTR) in Synthetic vs. Bio-based Blends.

3. International Journal of Clothing Science and Technology. (2023). Tensile Strength and Durability of Recycled Polyester in Clinical Environments.