KYOCERA sterilisation technology: innovative, affordable, environmentally friendly multilayer substrates for plasma surface treatment
The use of ceramic multilayer substrates for the plasma treatment of surfaces sets new hygiene standards for food packaging
07 September 2016
Kyoto / Neuss - Kyocera Corporation is now using its special ceramic multilayer substrate technology for an application involving atmospheric DBD (dielectric barrier discharge) plasma. The plasma pre-treatment of packaging materials is an important processing step, as it modifies the properties of the surface and prepares it to the best possible standard, ready for subsequent treatments. The thermal properties and chemical stability of the multilayer substrates make them particularly suitable for use in the context of food packaging.
Kyocera’s plasma technology uses ceramic multilayer substrates that consist of an aluminium oxide compound. Because of the thermal properties and chemical stability of these substrates, they can meet very high requirements. The electrodes in the multilayer substrate are hermetically embedded and are therefore protected. This means they can also be used under difficult conditions, such as in corrosive or underwater environments.
The range of applications for the new substrates is very broad and they can be used efficiently in the packaging industry. One example of this is in the field of industrial surface treatment, whereby the plasma pre-treatment is a preparatory step for other processing steps such as cleaning, etching, bonding, printing, coating or painting. Additionally, it can be used for odour control — in the cooker hood of a kitchen area, for instance — and for air purification. The plasma technology can also be used for biological applications such as sterilising food packaging and medical products.
Alongside traditional packaging materials such as plastic, plasma activation is also suitable for use with metals and textiles as well as with all nonpolar materials such as PP, PE and recycled materials. Such materials would otherwise be very difficult to treat without undergoing this targeted modification.
In contrast to standard pre-treatments using chemical primers, plasma activation is a cost-effective, environmentally friendly and time-saving method. Kyocera’s technology, with its current range of three geometric design options, facilitates the targeted modification of the packaging’s surface. Moreover, there is a high level of flexibility regarding the electrode structure arrangement, which can be customised in line with the customer’s requirements.
For more information about Kyocera: www.kyocera.eu
Contact for journalists
Manager Corporate Communications
Contact for product information
- For the thirty-third time in its history, the Inamori Foundation has conferred the Kyoto Prize to researchers who have contributed to the fields of “Advanced Technology”, “Basic Science” and “Arts and Philosophy”
- KYOCERA Begins Research in AI-based Image Recognition to Help Diagnose Skin Diseases and Cancers via Smartphone
- KYOCERA DOCUMENT SOLUTIONS CELEBRATES 25 YEARS OF ECOSYS
- KYOCERA enhances its AI-based Online Image Classifying Service “Labellio” with Higher Capacity for Big Data
- KYOCERA’s Kyoto Opal Sparkles in New Glitters by Nail Labo
- KYOCERA DOCUMENT SOLUTIONS WINS TECHNICAL PACKAGING AWARD IN JAPAN
- KYOCERA Technology Used to Create one of the World’s Smallest Crystal Units Awarded Prestigious Research Prize in Japan
- Solar Technical Service Center from KYOCERA gets DEKRA certification
- KYOCERA DOCUMENT SOLUTIONS EUROPE APPOINTS NEW GLOBAL ACCOUNTS SENIOR MANAGER
- Spice up the table with the latest salt and pepper mills from KYOCERA
- KYOCERA ARMS CUSTOMERS IN THE CYBERSECURITY FIGHT
- KYOCERA Introduces “Magic Drill DRV” for High-Speed, High-Efficiency Hole Drilling at Reduced Cost
- KYOCERA Has Acquired 100% Ownership of SENCO, a U.S.-based Manufacturer of Fastening Tools and Fasteners
- Green Curtains Combat Summer Heat
- KYOCERA Develops Industry’s First 3-Kilowatt Solid-Oxide Fuel Cell for Institutional Cogeneration