It was nice meeting you

In the first two weeks of October 2022, Roartis IQ-BOND participated during the IMAPS conference and exhibition in Boston, USA related to microelectronics packaging, as well as the TechBlick show, in Eindhoven, Netherlands focusing on the topics of printed, flexible, hybrid, wearable, 3D & structural electronics. Both shows have been quite a success for our fast growing company and have brought many new opportunities for our existing portfolio, as well as insights on future material requirements. As we’ve been expanding our IQ-BOND and IQ-CAST product portfolio extensively over the past few years and months, targeting high temperature and high power […]

ROARTIS introduces fast cure materials for printed electronic applications

Belgium based ROARTIS BV, also known under their brandnames IQ- BOND® and IQ-CAST® develops and manufactures adhesives, coatings and resins for high reliability electronic applications. In the past few years, special attention has been given to printed electronic applications, where high throughput processes required the development of faster assembly materials. As an example, ROARTIS has developed a range of anisotropic conductive adhesives, used in the assembly of fine pitch RFID antennas, where reliable interconnections of the RFID tab onto the RFID antenna can be realized in a matter of seconds. In view of the growing volume demands from the printed […]

ROARTIS COVID-19 announcement

Dear valued Customer , Supplier and Business partner of ROARTIS, We continue to monitor the current COVID-19 outbreak situation, and wanted to let you know how ROARTIS is handling this unprecedented situation. Since measures are being taken by local as well as international authorities, we continue to monitor the global situation and have implemented several procedures within our factory to continue being able to respond to our customer needs and assure uninterrupted business operations: Home office working for colleagues who can work from distance Operations in island modus, avoiding interaction of operational staff in the factory Limiting access of non-staff […]

ROARTIS introduces silicon-free gap-filler materials for harsh environment applications

Today’s trend of e-mobility requires new battery solutions for applications such as e-cars, e-bikes, e-scooters as well as e-steps. Roartis, with its variety of thermal solutions, is well positioned to assist companies in identifying the best fit for their application … from thermally conductive adhesives, to thermal interface materials, as well as gapfilling solutions. Roartis recently launched a set of liquid gap-filler materials, focused on automotive and industrial applications for harsh environments. In contrast to more traditional thermal pads, Roartis IQ-BOND liquid gap filler solutions offer distinct advantages: improved thermal dissipation thanks to excellent wet-out of IQ-BOND liquid gap fillers […]

ROARTIS renews its ISO 9001 certificate

Genk, March 2019 — ROARTIS , a developer and manufacturer of adhesives, resins and coatings for electronic and industrial applications, announces that they have been certified under ISO 9001:2015 as of December 21st 2018. The company previously earned certification under ISO 9001:2008 in 2015 and has been audited and registered annually by Lloyd’s Register. International Organization for Standardization (ISO) 9001:2015 is the most updated standard of its kind and focuses on quality management systems and performance. It assists companies in developing a management system that aligns quality with their wider business strategy. There is a strong focus on risk-based thinking and […]

Roartis introduces flexible, epoxy-based, potting resin for harsh environments.

Genk, January 2019. Since many years, epoxy based encapsulants have been used in applications where long term reliability are of greatest importance, such as encapsulation of automotive sensors, industrial motors, out-door electronic systems, etc. Despite the proven performance of traditional epoxy based systems, their inherent hard and brittle nature, make them often not suitable for applications where mechanical stress absorbance is required. For those applications, the industry tends towards the use of polyurethane or silicone systems. However, polyurethane systems typically are not resisting high temperatures and/or are subject to environmental concern. Flexible, high performance silicones often have inferior mechanical strength […]