High-Performance
PFAS-Free Textile Solutions
We offer a cutting-edge, PFAS-Free hydrophobic coating for textiles, utilizing advanced plasma technology as an environmentally responsible alternative. This innovative treatment provides long-lasting and highly effective water resistance, significantly enhancing the durability and performance of fabric surfaces. By eliminating the use of harmful PFAS chemicals, our solution not only ensures safer textiles but also contributes to a more sustainable approach.
The waterless nature of our treatment process preserves the fabric’s original color, texture, and comfort, ensuring that the aesthetic qualities and wearability of the textile are maintained. This eco-friendly hydrophobic treatment offers superior protection while aligning with a commitment to environmental stewardship and consumer well-being.
Use of nanofibers in textiles
Nanofibers are ultra-thin fibers with a diameter measured in nanometers. Their unique structure allows them to provide:
- Superior filtration and protective properties
- High surface area for enhanced functionality
Superior Protection for High-Risk Applications
PFAS-free Flame-Resistant Nanofiber Technology
Our flame-resistant (FR) membranes are engineered to provide maximum fire protection, durability, and performance in various industries. Designed with cutting-edge nanofiber and plasma technology, our membranes offer fire resistance, breathability, and waterproof properties while maintaining flexibility and comfort.
- Exceptional Fire & Heat Resistance
- Waterproof & Breathable
- Chemical & Mechanical Durability
- Lightweight & Flexible
- Customizable Solutions
Innovation, Performance, Market Readiness
- Scalable Electrospinning
Solving large-scale production challenges.
- Proprietary Innovation
Protecting our breakthrough FR nanofiber technology.
- Unmatched Filtration Efficiency
Maximum protection with nanofiber-microfiber design.
- Regulatory Compliance
Applications
Military gear
Durable and functional clothing and equipment designed for military personnel. These are typically built to withstand harsh conditions, offering protective qualities and optimized for performance in combat situations.
Firefighter suits
Specially designed clothing for personnel fighting fires, built to withstand high temperatures and offer protective features. These suits help regulate body temperature and protect against flammable materials.
Industrial workwear
Protective clothing designed for workers in industrial environments, safeguarding them from potential hazards such as heavy machinery, chemicals, or temperature fluctuations. These garments are tailored to ensure safety in dangerous work settings
Key Requirements in a FR Membrane
- Fire Retardancy
- Sustainable (PFAS-free)
- High Filtration Efficiency
- Thermal Resistance
- Thermal Load and Breathability
We Tailor Filtration Efficiency Through Structural Engineering
Benchmarking Competitor Performance:
Strengths & Limitations
Competitors sacrifice ~5% filtration efficiency to improve breathability, compromising protection against hazardous particles.
No Melting, No Degradation!
Nanofibers Durability Under High Temperatures
Why Choose Nanofiber Technology?
1
Exceptional Filtration Efficiency
Nanofibers offer an unparalleled filtration efficiency, capturing up to 99.9% of hazardous particles, including ultrafine contaminants and fire-related particulates. This high level of performance ensures that nanofiber-based filters provide superior protection in various applications, ranging from industrial safety gear to air filtration systems.
2
Lightweight and Thin Construction
One of the key advantages of nanofiber technology is its lightweight and ultra-thin design. Despite its high filtration capabilities, nanofiber materials do not add significant bulk, allowing for the production of protective gear that offers enhanced comfort and flexibility. This characteristic makes them ideal for applications where user mobility and comfort are essential, without compromising on safety.
3
Customizable Properties for Tailored Solutions
Nanofiber materials can be precisely engineered to meet specific requirements. The composition, fiber diameter, porosity, and layering of nanofiber-based structures can be adjusted to optimize performance for a wide range of applications. This flexibility allows manufacturers to create bespoke solutions that cater to unique industrial, environmental, or safety standards.