Step by Step
Innovation by Innovation Towards a PFAS-Free World!

Unique solutions to eliminate C-F bonds from PPE’s.​ PFAS free nanofiber-based air permeable membranes by a combination of two technologies.

Electrospinning

Manufacturing highly tunable, customizable and lightweight nanofibers for several applications.

Electrospinning is an advanced and highly adaptable technique for producing nanomaterials with exceptional precision and versatility. It enables the fabrication of ultra-fine fibers with nanoscale accuracy, making it a powerful tool for applications in diverse fields such as biomedicine, filtration, and beyond. The unique ability to produce fibers with an exceptionally high surface area enhances their performance in energy storage, catalysis, and other chemical processes, where reactivity and efficiency are paramount.

This technique also excels in the creation of composite materials, seamlessly integrating different substances to develop fibers with enhanced mechanical, electrical, or chemical properties, such as superior strength or conductivity. Its compatibility with an extensive range of materials—including polymers, ceramics, and biomaterials—further underscores its adaptability and broad utility.

Beyond material versatility, electrospinning offers unparalleled control over the customization of fiber properties. By fine-tuning parameters, researchers can design fibers with tailored characteristics to meet the precise requirements of specialized applications, cementing electrospinning’s role as a cornerstone in modern nanomaterial fabrication.

  • Nanoscale Precision
  • High Surface Area
  • Material Versatility
  • Customizable Fiber Properties
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Plasma Surface Modification

Elevating surfaces, enhancing performance and redefining material boundaries

Plasma Surface Modification, particularly through Plasma-Enhanced Chemical Vapor Deposition (PECVD), is a highly advanced and sustainable method for thin film deposition. It produces uniform, functional coatings with nanoscale precision, achieving hydrophobic and oleophobic surfaces without the use of PFAS. This PFAS-free approach eliminates environmental and health risks, aligning with global sustainability standards.

PECVD coatings offer exceptional adhesion and durability, ensuring long-term performance even in harsh environments. They also maintain high wash resistance, preserving functionality after repeated cleaning. Operating at lower temperatures and utilizing fewer hazardous chemicals, PECVD minimizes energy consumption and environmental impact, making it a cutting-edge and eco-conscious solution for modern applications.

  • PFAS-Free Coatings
  • Uniform and Precise Coatings
  • Exceptional Durability and Wash Resistance
  • Eco-Friendly and Energy-Efficient
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PFAS are the chemicals that have been linked to a range of adverse health effects due to their persistence in the environment and the human body. They are often referred to as “forever chemicals” because they do not break down easily in nature or in biological systems, leading to long-term exposure.

What do we do about it?

As specialists in the cutting-edge realms of Electrospinning and Plasma Technologies, empowering our clients at every phase of their journey from initial research and prototyping to full-scale manufacturing.

Our commitment lies in facilitating the seamless integration of PFAS-Free advanced surface modification technologies into their diverse range of services.

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