Latest articles

PTFE composites enhance signal integrity and efficiency in high-frequency communications, supporting 5G infrastructure.

New sealing materials for fuel cells and electrolysers enhance efficiency and durability, while resisting thermal hysteresis in hydrogen systems.

Advanced fuel cell gasketing materials enable efficient PEMFC, PEMEL, AFC, and AEL systems, driving decarbonization in mobility and energy.

Versiv fluoropolymer films enhance drug purity, shelf life, and manufacturing efficiency in pharmaceutical closures. Engineered for compliance and performance.

Converting technology that boosts automotive friction linings performance through precision engineering and Industry 4.0 integration.

The compact size of PEMFC allows for seamless integration into vehicle design, providing high power density and quick reaction times to modern transportation.

Discover the latest advancements in porous materials in our Q&A with Michael Katzer of Versiv Composites. Learn about maintaining porosity, thermal stability, and future innovations in PTFE-coated fiberglass fabrics.

TCK617 Black Aramid offers high tensile strength, chemical resistance and moisture-resistance for high-stress industrial applications.

Frank Sonnenschein explains scalability, cost-effectiveness, and policy's role in promoting fuel cell & electrolyser technologies as innovative renewable energy solutions.

Beta Cloth, a Versiv specialty PTFE-coated glass fabric, protects spacecraft in Low Earth Orbit against atomic oxygen exposure and ultraviolet radiation.

Ultraflex is an advanced PTFE composite diaphragm technology that delivers reliability, efficiency, and sustainability across challenging industrial environments.

Polyimide film improves electric vehicle efficiency, safety, and innovation. Learn about its lightweight properties, electrical insulation, and customisation potential for EV manufacturers.

Low friction linings and fluoropolymer materials are driving advancements in automated and connected vehicles. Discover how these materials contribute to the automotive industry's evolution.

PTFE fuel cells and electrolyser technologies are driving the shift towards sustainable energy, advancing decarbonisation efforts and paving the way for a cleaner future.

The steel industry is leveraging hydrogen generation technology for a greener future. Versiv Composites' fuel cells and electrolysers can play a role.

PTFE films revolutionise industries from aerospace to medical with unmatched chemical resistance, thermal stability, and reliability. Explore Versiv's offerings.

Versiv Composites is delighted to welcome a dynamic group of new professionals who bring diverse skills and fresh perspectives to our innovative team.

Frank Sonnenschein discusses innovative decal transfer substrates and advanced coating methods for the hydrogen industry at the P2X Conference in Frankfurt.

High-performance environmental composites improve power plant efficiency, reduce downtime, and cut costs. Learn about Versiv's Flueflex solutions.

Download our white paper on fuel cell & electrolyser technologies to explore advances in PEMFC, AFC, PEMEL & AEL, along with market outlook & regulations in the green hydrogen sector.

Versiv PTFE-coated fabrics offers unparalleled performance in diverse industries. Explore some of our range of high-quality, versatile coated fabrics for optimal efficiency and durability.

This white paper delves into PEMFC, AFC, PEMEL, and AEL systems, their applications, and the crucial role of sealing technologies in advancing fuel cells and electrolysers for a sustainable future.

Advanced adhesive fabric tapes and silicone tapes engineered for diverse industries. Our PTFE-coated and silicone-based solutions offer superior chemical resistance, temperature endurance, and release properties.

Discover the advantages of low friction linings in solenoid design, enhancing efficiency and performance in automotive applications. Contact us to learn more.

PTFE materials enhance industry standards and adapt to complex designs, ensuring quality for leading manufacturers like Boeing and Airbus.

Decal transfer technology enhances fuel cell performance by optimising catalyst application and reducing material waste. Learn about its environmental benefits and efficiency in producing catalyst coated membranes.

PTFE coated fabrics increase efficiency in wind blade manufacturing, by ensuring smooth release and reducing defects.

As industries continue to evolve and place greater demands on efficiency and reliability, PTFE belts are likely to become even more integral to material handling systems.

We're thrilled to introduce the newest members of the Versiv Composites team, who bring a wealth of experience and fresh perspectives to our rapidly growing company. Get to know Alexander Wilkins and Tim O’Keeffe, who are excited to contribute to our mission of driving innovation in the composites industry.

The recent Houston H2 Expo underscored the growing momentum within the hydrogen sector, marked by increased exhibition space and attendee numbers. However, the industry continues to grapple with significant hurdles.

In the ever-evolving automotive industry, Versiv aims to provide tailored solutions that draw from collaboration with partners. This approach can be suited to manufacturers operating within the dynamic and fast-paced Asian market.

Meta Description: A critical component within a fuel cell is the membrane electrode assembly (MEA), and its efficiency and longevity depend heavily on the coated films used in the fabrication process.

A critical component within a fuel cell is the membrane electrode assembly (MEA), and its efficiency and longevity depend heavily on the coated films used in the fabrication process.

Versiv has partnered with a leading South Korean automotive company to develop a groundbreaking PTFE coated film solution for their solenoids.

Effective grinding wheel performance is essential for achieving efficient material removal, precise surface finishing, and extended tool life in various industrial grinding operations.

Composite materials play a key role in extending the lifetime of fuel cell gaskets by providing enhanced durability, resilience, and resistance to degradation factors common to fuel cell environments

Our latest Versiv Portfolio Brochure is an opportunity to browse 30 of our most popular products. 

Aircraft and spacecraft operate in environments that require materials that must withstand extremities in conditions. What are those challenges and the materials capable of responding?

Versiv Composites recently achieved IATF 16949:2016 status for its quality management system in relation the manufacture of composite-based low friction liners.

With over 40 years’ experience, Versiv films, fabrics, tapes and multimaterial composites are highly regarded in various B2B industries, with renowned companies among our clients.

Low friction liners are a composite of fluoropolymer and reinforcing material required in components such as electromagnetic solenoids, actuators, sliding roof systems, and printer fuser roll pressure pads.

Optimism around the progress of the hydrogen industry is being tempered by the infrastructural and regulatory challenges threating the sector’s momentum.

There is massive expectation around the potential for AI to transform the world. Luckily the materials exist to facilitate that progress.

The brochure captures the properties and applications of these friction-minimising materials, and the industries benefitting from their use.

Versiv has launched its latest Belts and sheets for Padded and Cushion Backed Flooring brochure.

The 9th International Day of Women and Girls in Science takes place on the 11th of February. We spoke to some of our colleagues at Versiv Composites this week about their journey in science.

There is a real urgency around curbing the energy waste caused by friction. The recent International Colloquium Tribology Conference in Germany saw contributions from industry stakeholders aimed at addressing the problem.

On this International Reducing CO2 Emissions Day, it is worth looking at what’s possible from the perspective of composite material manufacturing.

Michael Katzer, Global Business Development Manager Automotive and Distribution, will present the company’s latest research, ‘Building tribology application testing to determine wear and characterisation of polymer-based composites’.

Versiv has launched its latest Low Friction Linings brochure. The brochure captures the properties and applications of these friction-minimising materials, and the industries benefitting from their use.

Speaking at the pre-Christmas event, Frank Sonnenschein, Global Business Development Manager at Versiv Composites, told the audience of hydrogen fuel cell and general power industry professionals of the importance of considering gaskets early in the design process.

We are pleased to announce our new name - Versiv Composites. This article explains the products & expertise behind the success of our four-decade-old company & the values and principles that guide how we serve our clients, partners & employees. Also, some useful info about branding & contacting changes for your records.