

mesh shaping light
TAKE YOUR CREATIVITY AND PUT IT IN A GLASS.
Arquifil: transparency colour and light reflection
Arquifil is the next technological evolution of metallic fabrics. The synthetic weave combined with the metallic surface coating ensure a bright and shining metal look and the highest technical performances for glass lamination.
It’s an innovative product capable of transforming glass into a refined decorative element of high technical performance. It fuses unique decorative elements with specific features (light filtering) and high performances, enabling the creation of new and sophisticated architectural aesthetic solutions.



THE METALLIC FABRIC
Our high-tech weaving process allows endless customizations, decorations, colors, and shapes. The innovative metallization coating process allows the dynamic effects of light to stand out.



GLASS LAMINATION
In glass lamination, Arquifil guarantees exceptional performances with light/heat regulation. Glazed surfaces created with Arquifil are unique and suitable for every type of project, studio, and contemporary design.
Our Collections
ARCHITECTURAL
AESTHETICS AND PERFORMANCE
IN ARCHITECTURE AND DESIGN


DECORATIVE
EXPRESSION OF CREATIVITY IN
INTERIOR AND EXTERIOR DESIGN


NEW
COLLECTION


MAKE YOUR PROJECTS UNIQUE
CUSTOMIZE YOUR PROJECTS WITH THE UNPARALLELLED BRIGHTNESS OF ARQUIFIL METALLIZED FABRICS.
CHOOSE YOUR
METALLIC EFFECT

CHOOSE YOUR
LIGHT TRANSMISSION

CHOOSE YOUR
TEXTURE AND WEAVE

CHOOSE YOUR
PATTErN


METALLIZED FABRICS
FOR DECORATIVE USE
IN ARCHITECTURE, DESIGN
AND URBAN PLANNING
Arquifil is perfect for any kind of glass laminated application such as doors and furniture components, stairs, railings, lifts, façades for architecture and interior design. Arquifil products can also be used to create panels and designs for large installations and stage sets.

DISCOVER THE BEAUTY
OF OUR FABRICS TRY THE CONFIGURATOR NOW
Our 3D product configurator lets you begin the journey of commissioning your bespoke Arquifil solution by designing your vision.
