Unique properties of
Nanofiber

High performance due to nano-sized fibers

Utilizing unique technology, we generate a substantial amount of intricately woven nano-sized fibers ranging from 50 to 400 nm, achieving outstanding performance for features such as super-absorbency, mold resistance, and high thermal insulation.

Advanced manufacturing technology, competitive pricing

With advanced manufacturing technology, we can produce in large quantities at low costs while ensuring high-quality standards for our products.

Exceptional thermal insulation efficiency

Boasting 1.5 times the thermal insulation performance of glass wool, nearly equivalent to phenolic foam, and at a cost less than half (thermal insulation performance comparable to a thickness of about 70%). It maintains insulation effectiveness even with the addition of 50% water weight.

Easy gap filling

Soft and elastic material allows for easy gap filling, reducing post-construction gaps and preventing water condensation inside. This makes nanofiber suitable for thermal insulation in construction projects and transportation vehicles.

Super waterproofing

Impervious to water, with a water and moisture absorption rate of 0%. Even when installed in areas with condensed moisture, the thermal insulation performance of nano fibers remains unaffected.

Mold resistance

No mold growth, even when installed in places with high condensation.

Fire resistance

Non-flammable, does not catch fire even in close proximity to heat sources.

Applications of Nanofibers

Harnessing nano-sized dimensions and strong intermolecular forces (Van der Waals forces), Nanofibers delivers the following exceptional applications:

Industrial and Construction: Nano Fiber serves as material for soundproof walls, thermal insulation, and is utilized across various industrial sectors. It can be easily applied in a short period without creating any gaps, even in uneven areas such as pipes, electrical wires, and narrow, complex spaces that were previously only addressed using glass wool.

Environment: Acting as an oil and chemical absorbent material, it is employed in responding to and managing incidents of oil/chemical spills that cause environmental pollution.

Water Filtration: Nano fibers can effectively filter industrial oils and chemicals with high concentrations, being water-resistant. They can be used in water filtration systems to remove oil/chemicals/pollutants from water.

Air Purification: They can be used to eliminate toxic gases, fine dust, and bacteria in air filtration systems, masks, and medical applications.

Sports and Fashion: Nano fibers find application in creating water-resistant and heat-absorbing sports and fashion products.

Life Products: Used as a material for high-quality lifestyle products made from ultra-fine fibers.

Decades of research

  • Early 20th Century

    The origins of nanofiber can be traced back to research on synthetic fibers and nano materials. Scientists such as Thomas Edison and John D. Ferry conducted studies on drawing fibers from various materials, creating fibers with extremely small diameters.

  • 1950s

    The technology for producing fibers from a variety of materials developed, leading to the capability to produce ultra-thin fibers.

  • 1990s

    Nanofibers were discovered to possess special properties, such as electronic and electrostatic features. Methods for manufacturing and controlling the size of nanofibers also saw improvements.

  • 2000s

    Growing interest in the applications of nanofibers in fields like healthcare (e.g., materials for filters), environmental technology (e.g., water treatment), and materials science (e.g., super-light and super-strong materials) propelled rapid development in this field. Numerous nanofiber production methods were also developed, including electrospinning and size control processes.

How Exactly Does BIGNANO™ Work?

BIGNANOTECH has collaborated with leading experts in Japan to develop exclusive nanofiber production technology. Using high-quality resin particles, Big Nano Tech has successfully manufactured large-scale ultra-fine fiber sheets reaching nano dimensions, creating products with a broad range of applications and superior functionality compared to traditional technologies.

One material for diverse products

Insulation Ceiling

Easily fills gaps, reduces post-construction openings, prevents water condensation inside

Soundproof Wall

Effectively absorbs sound, reducing noise, preventing reverberation.

Absorbent Material

Suitable for products designed to respond to and manage oil/chemical spills.

Face Masks, Fabric

With an extremely dense and compact fiber structure, it can resist bacteria and fine dust.

Filtration Membrane

Nano fibers can effectively trapping and blocking ultra-fine contaminants present in water and air.

...
Insulation Ceiling

Easily fills gaps, reduces post-construction openings, prevents water condensation inside

...
Soundproof Wall

Effectively absorbs sound, reducing noise, preventing reverberation.

...
Absorbent Material

Suitable for products designed to respond to and manage oil/chemical spills.

...
Face Masks, Fabric

With an extremely dense and compact fiber structure, it can resist bacteria and fine dust.

...
Filtration Membrane

Nano fibers can effectively trapping and blocking ultra-fine contaminants present in water and air.

Thank You

We have received your request for sample.
Our research specialist will contact you soon.

 

Request Sample

Please enable JavaScript in your browser to complete this form.