Technology

ADVANCING FUNCTIONAL PRINTING VIA INNOVATION AND RESPONSIBILITY

Company
VFP Ink Technologies
VFP Ink Technologies Logo
Author
Bianca Verneuil & Leonardo Giacomini
Further Information
Published
23rd Apr 2026
Bianca Verneuil and Leonardo Giacomini at VFP Ink Technologies, explain how functional materials will remain at the root of the expansion of printed electronics into new markets

Printed electronics are no longer an emerging niche. They are becoming a strategic enabler of smarter, lighter and more efficient industrial systems. Printed electronics range from flexible circuits and smart labels to human machine interfaces and energy-harvesting applications. The performance of functional materials is central to the reliability and scalability of these technologies.

Bianca Verneuil, Marketing Director and Leonardo Giacomini, Product Manager at VFP Ink Technologies
Bianca Verneuil, Marketing Director and Leonardo Giacomini, Product Manager at VFP Ink Technologies
RANGE OF FUNCTIONAL INKS

Over the years, VFP Ink Technology has developed a structured and industrially validated range of advanced materials. These inks have been designed to meet the evolving needs of printed-electronics manufacturers.

Silver-based conductive inks form the backbone of high-performance circuitry. Designed for screen-printing processes, VFP Ink Technology’s silver formulations offer stable electrical conductivity, strong adhesion across flexible substrates and optimised curing profiles. These include low-energy curing solutions adapted to temperature-sensitive materials.

Carbon-based conductive inks complement VFP Ink Technology’s range. They provide reliable and cost-effective alternatives for applications where moderate conductivity, chemical stability or specific resistive properties are required. These inks are particularly suited for sensors, heating elements and membrane switches.

Dielectric varnishes have been developed to ensure proper insulation and multilayer integration. The varnishes have been engineered for excellent layer definition, mechanical stability and compatibility within complex printed electronic stacks. These materials enable safe and durable circuit architectures in demanding industrial environments.

Piezoelectric inks are the company’s more recent development. They expand the possibilities of functional printing into sensing and energy-harvesting domains. By enabling the direct printing of piezoelectric materials, these inks open the door to thinner, lighter and more integrated smart systems.

Together, this family of products forms a coherent ecosystem designed to support the full architecture of printed electronic devices.

 

“Printed electronics are no longer an emerging niche”

PERFORMANCE MEETS SUSTAINABILITY

Innovation in functional materials must now go hand-in-hand with environmental responsibility. At VFP Ink Technologies, sustainability has never been a late-stage adaptation. It has been embedded in the company’s development philosophy from the beginning.

Its functional inks are formulated to be free from carcinogenic, mutagenic or toxic for reproduction (CMR) substances. 
This commitment reflects the company’s dedication to protecting both operators and end users.

VFP Ink Technologies is also actively developing formulations incorporating bio-based raw materials. This contributes to a reduced environmental footprint without compromising performance. In addition – for its piezoelectric ink range – the company prioritises the development of formulations without per- and polyfluoroalkyl substances (PFAS). In this way, VFP Ink Technologies is anticipating regulatory changes and contributing to safer and more sustainable supply chains.

Recyclability and compatibility with circular-manufacturing processes are increasingly important considerations in research and development (R&D) programmes. By designing materials that align with industrial sustainability targets, VFP Ink Technologies aims to help its partners meet their own environmental commitments.

 

“Functional materials will remain the foundation of this evolution”

VFP Ink Technologies turns advanced materials into sustainable innovation
VFP Ink Technologies turns advanced materials into sustainable innovation
A LONG-TERM VISION

The future of printed electronics will depend on the ability to combine material performance, process efficiency and environmental responsibility. This balance requires not only technical expertise, but also a clear strategic vision. VFP Ink Technologies continues to invest in advanced material development, close industrial collaborations and sustainable innovation pathways. The company’s objective is simple – to provide functional inks that enable next-generation applications, while supporting a more responsible and resilient printing industry.

Functional materials will remain the foundation of this evolution. VFP Ink Technologies is proud to contribute to shaping the future of functional – the core of its expertise.

TECHBLICK USA

VFP Ink Technologies will present both innovations at TechBlick USA from 10–11 June in California. The event is one of the leading arenas dedicated to printed and flexible electronics. It will provide an ideal opportunity to discover these new inks. At Booth F05, attendees will be able to discuss the future of functional materials and smart printed electronics with the VFP team.