GUONATEC
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Nanofiber network seen under a scanning electron microscope

TECHNOLOGY

Engineered at
the fiber level.

A three-dimensional, microporous network designed to balance hydrostatic head and air permeability. It also allows moisture vapor to pass through.

GUONATEC nanofiber membrane · SEM ×3,000

01 / ELECTROSPINNING

Fine fibers.
Connected pores.

Electrospinning draws a polymer solution into fine fibers using an electric field. These fibers form an interconnected network, creating pathways for air and water vapor while resisting liquid water penetration.

Fiber uniformity and pore structure are central to membrane development and production consistency.

02 / MATERIAL CHOICE

A fluorine-free
approach.

Our membrane platform uses fluorine-free polymers. Evaluate the selected grade against your chemical requirements and request the applicable test documentation for your project.

03 / TEXTILE INTEGRATION

The whole
construction matters.

Fabric selection, adhesive coverage and processing conditions all affect the finished laminate. Development trials establish the right balance of breathability, bond strength and protection.

DEVELOPMENT TOGETHER

From membrane selection
to a validated laminate.

01

Define

Application, target performance and the intended fabric construction.

02

Develop

Membrane selection and lamination trials with your processing partner.

03

Validate

Hydrostatic head, air permeability, moisture transport and performance after washing.

Discuss a development project ↗