Research & Development


The French CREPIM Institute focuses on researching fire-retardant materials in all types of industries that are subject to fire protection regulations. Their laboratory uses PlasmaPlus® polymerization to improve behavior in fire of very different substrates. Innovative fire protection

Federal Ministry of Education and Resarch, Germany
Joint Project EFFICOAT

Conventional sheet metal construction in automobile manufacturing is being replaced by new, lightweight techniques. Significant resources will be saved as a result. With plasma coating, new composite materials can be reliably bonded – even without solvent-based primers The future of the automobile – new material combinations with light-weight construction and plasma coating

Federal Ministry of Education and Resarch, Germany

Thin, transparent insulating plasma polymer coatings that protect against aging can be deposited successfully with PlasmaPlus® to protect electronic components, especially printed circuit boards, in selected areas. Selective corrosion protection for electronic components using PlasmaPlus® barrier coating

Fraunhofer IFAM

Since the mid-1990s, Plasmatreat has had a strategic partnership with Fraunhofer IFAM, Europe’s largest independent research institution for industrial bonding technology, which has resulted in many jointly-developed projects. Partners in pioneering

Freudenberg Forschungsdienste KG

Freudenberg Forschungsdienste KG rates plasma technology as the technology of the future for surface modifications due to its environmentally friendly and resource-efficient nature. Surfaces tailor-made with environmentally friendly plasma

Plasma Nano-Tech (Environment Park S.p.A.)

Research and practical expertise combine to create the basis for innovative solutions which can be rapidly applied in industry. Working closely with Plasmatreat, plasma researchers at Environment Park, the Italian Science and Technology Center, have succeeded in using Openair® plasma and PlasmaPlus® technologies to develop and patent a groundbreaking process for the ski industry. Research project PlasmaSki: pooling expertise for process innovations

University of Erlangen-Nürnberg

Inline activation using Openair® plasma on plastic and metal surfaces for multi-component injection molding technology makes possible firmly bonded composites of plastic-plastic or plastic-metal combinations that in the past could not be bonded at all or were only slightly compatible in bonding. Robust process chain using inline plasma


We are looking forward to your inquiry

In case of questions or suggestions, we are happy to help you. We look forward to your challenge. Here you find your personal contact for your inquiry or fill out the contact form.