About
Niber Technologies

We transform electrospun technology into scalable, sustainable membranes -engineered to deliver comfort, protection, and performance across industries.

YEARS PIONEERING NANOSPINNING
0 +
FIBRE DIAMETER RANGE
300 -800㎚

TRUSTED

BY GLOBAL BRANDS AND DEFENSE PARTNERS

PATENTS FILED
0 +

PFAS-FREE

BY DESIGN

GLOBAL

PRESENCE WITH OFFICES IN MULTIPLE LOCATIONS

Spun from Family Passion to Industry Leadership

Our story begins with a family legacy in electrospinning — over two decades of hands-on research built in South Korea. That foundation became conviction: that world-changing innovation could come from nanofiber technology. 

In 2019, it became Niber Technologies, headquartered in Singapore with operations in the Philippines, and grown since into a company with offices across multiple regions. Today, that family-led pursuit carries a global mission — to weave nanofiber science into the fabric of everyday life, making products lighter, safer, more sustainable, and more comfortable.

Niber Technologies co-founders Jaemin Park and Jaehyung Park
Niber Technologies co-founders Jaemin Park and Jaehyung Park. Photo: Niber Technologies 2026
PIONEERING THE FUTURE OF ELECTROSPUN MATERIALS

Our vision is to become a category leader in electrospinning.

With this vision, we are building world-class technologies, scaling sustainable production, and forging partnerships across industries — setting new standards for performance, innovation, and impact.

Tempimagen65wqg
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Our mission is to commercialize and integrate electrospun materials into everyday living.

Whether in our laboratories, production facilities, or offices, we are collectively aiming to solve everyday problems with our electrospinning technology.

1 20kx meas

Thinner than a single wavelength of light.

Electrospinning gives us unprecedented control at the nanoscale, creating materials that are finer than a bacterium or as thin as a wavelength of visible light . By tuning fiber diameter, membrane thickness, and pore structure, we create materials that breath more, weight less, and perform better.

OUR TECHNOLOGY

Electrospinning at commercial scale

Electrospinning uses high-voltage electricity to draw polymer solutions into nanofibers (nanometers to micrometers), forming highly porous nanwoven membranes. Mastering this process at commercial scale is what unlocks highly functional, ultra-breathable garments.

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Ultra-breathable. Waterproof. PFAS-free. No compromise.

Traditional PFAS-free membranes force a trade-off: monolithic membranes maximize waterproofness at the cost of breathability, while conventional microporous membranes maximize breathability at the cost of water protection.

Niber’s electrospun membrane is engineered to escape that trade-off, having ultra-fine nanofibers with tunable structures and properties.

This enables exceptional performance across a wide range of commercial applications at industrial scale.

ULTRA-BREATHABLE

ULTRA-BREATHABLE

PERFORMANCE
(UP TO 0.13 RET)

WATERPROOF

WATERPROOF

UP TO >10,000
MMH2O

LIGHTWEIGHT & SOFT

LIGHTWEIGHT & SOFT

MINIMAL WEIGHT
AS LOW AS 3 GSM

PFAS-FREE

PFAS-FREE

RESPONSIBLE BY DESIGN WITHOUT COMPROMISE

Frame 34

Verified performance. Multiple applications.

OEKO-TEX® Standard 100 certified to meet stringent human-ecological safety requirements, our membranes are engineered to perform across every application we serve.
Group

STANDARD
100

Consumer Textiles →

Outdoor, activewear, lifestyle and fashion. Invisible protection that performs on every adventure.

Professional Textiles →

Firefighting, defence, workwear. Engineered with Stedfast for maximum field performance.

INDUSTRIAL Applications →

Nanofiber membranes engineered for multiple industrial applications: from high-efficiency filtration systems, to automotive and construction.

Get In Touch

Get started today

Welcome to the forefront of electrospun materials science. Tell us what you need, and we will be in touch.

CONTACT US

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Whether you are a partner, investor, or potential team member — we want to hear from you.