NEXT-GENERATION METALLIZATION
A cost-efficient, sustainable and low-temperature technology for surface metallization. We manufacture and distribute chemicals for innovations in metal coatings and printed electronics.
Applications
OLEDs
Flexible electrodes
Capacitive sensors
Chips on paper
Biosensors
Transparent conductors
Flexible electrodes
Capacitive sensors
Chips on paper
Biosensors
Transparent conductors
Printed electronics
Fuel cells
Batteries
Filters
Cleaning catalysts
Batteries
Filters
Cleaning catalysts
Catalytic surfaces
Medical sensors
Protective coatings
Complex 3D shapes
Product copy protection
Protective coatings
Complex 3D shapes
Product copy protection
Plating on plastics
Biosensors
Conductive fabrics
Other wearables
Leather applications
Conductive fabrics
Other wearables
Leather applications
Fabrics and Smart Textiles
Durable gold layers on fabrics and leathers
Silver mirror surfaces
Transparent metal layers
Silver mirror surfaces
Transparent metal layers
Decorative applications
VERSATILE AND ADAPTABLE PRECIOUS METAL LAYERS
Direct deposition
Apply our products directly on almost any surface, including polymers, fabrics, paper, or ceramics.
Customizable
We tailor our formulation to match your specific substrate and product requirements.
Material efficiency
Our technology creates solid metal layers without loss, allowing minimal material use and cost-efficient production.
Sustainable production
Our innovative formulation is manufactured in a low-energy process, leaving no chemical waste behind.
LOW-TEMPERATURE CURING PROCESS
Low T°
Apply & Cure
Fast
Safe
Low Energy
HOW IT WORKS?
Our Products
Our conductive inks and plating solutions are available with silver, gold, and platinum. Other metals (iridium, palladium) are currently in a developmental stage. You can apply our products using inkjet printing, aerosol spray, slot die, or dip dye deposition methods.
Our Technology
ORELTECH technology enables simple, direct, and fast deposition of metal coatings. OTech conductive inks and plating solutions are cured with safe, low-temperature plasma technology, leaving no chemical waste behind. Our technology consists of two simple steps:
- Deposition of OTech products
- Metal layer formation by cold plasma
Step 1
Printing/Coating
Step 2
Plasma curing
Product
Pure metal layer
Publications
- "ITO-free OLEDs utilizing inkjet-printed and low temperature plasma-sintered Ag electrodes" Michael Hengge et al 2021 Flex. Print. Electron. 6 015009
- "A guide to qualitative haze measurements demonstrated on inkjet-printed silver electrodes for flexible OLEDs", Felix Hermerschmidt et al 2021 Proc. SPIE 11808, Organic and Hybrid Light Emitting Materials and Devices XXV, 118080B
- “Eine neue Technologie verspricht Kosteneinsparungen und mehr Nachhaltigkeit” Jürgen Hofinger, WOMAG 12/2021
Our Team
Dr. Klaus Mertens
CEO
Klaus has several years of management experience from sectors including pharma production and real estate. Prior, he consulted large and small corporations in strategy, organizational and management development. He holds a doctorate (DPhil) from Oxford University.
Dr. Natalia Zamoshchik
COO & Co-founder
Natalia is an expert in organic electronic materials and their applications, thin-film growth and computational chemistry. She has a Ph.D. in chemistry from the Weizmann Institute of Science.
Dr. Konstantin Livanov
CTO & Co-founder
Konstantin is an expert in surface chemistry and composite materials with experience in nanoparticle synthesis and electron microscopy. He has a Ph.D. in chemistry from the Weizmann Institute of Science.
OrelTech GmbH
Rudower Chaussee 29
12489 Berlin
