BMA-002 SynProXL
INNOVENT transfers your laboratory synthesis to industrial scale, and carries out process optimization and custom synthesis for you.
Reference No. BMA-002
INNOVENT transfers your laboratory synthesis to industrial scale, and carries out process optimization and custom synthesis for you.
Reference No. BMA-002
Titanium oxide (TiOx) coatings are photocatalytically active when exposed to UV radiation, i.e. radicals are formed which decompose organic…
Reference No. OFT-013
Surface treatment technologies offer possibilities to provide functional coatings directly on the material surface.
Reference No. OFT-015
The investigation on the deposition of SnOx coatings shows a favorable sensor activity of the layers.
Reference No. OFT-017
Due to its low thermal influence, APCVD also allows the treatment of temperature-sensitive materials such as textiles.
Reference No. OFT-019
Optimized treatment parameters in the gas phase fluorination of silicones is reflected, according to the motto: As much effect as possible with as…
Reference No. OFT-020
The application on textiles allows for the removal of disturbing textile additives, as well as a new finishing with suitable substances.
Reference No. OFT-023
The application of a targeted surface activation enables the creation of particularly adhesive powder coating layers on glass surfaces.
Reference No. OFT-025
The sol-gel coatings developed to date, work excellently for molded parts with simple geometries.
Reference No. OFT-026
With the use of sol-gel technology, it is possible to produce non-metallic inorganic or hybrid polymeric coatings.
Reference No. OFT-027
A process combination of wet-chemical pretreatment and sol-gel corrosion protection coating with subsequent powder coating is a powerful tool against…
Reference No. OFT-028
AD plasmas offer a wide range of application possibilities, which can be used universally for almost all material classes.
Reference No. OFT-030
The hydrophobic layer is completely free of fluorine: only a few nanometers thin and abrasion resistant on glass-like substrates according to ASTM…
Reference No. OFT-031
Up to now, surfactants and dispersants containing fluorine have often been used in nickel electrolytes. Their use is subject to strict restrictions…
Reference No. OFT-032
Plasma pretreatment of laminated safety glass can increase important properties such as break resistance by up to 60% (compared to standard laminated…
Reference No. OFT-033
Through the use of plasma techniques it is possible to avoid the use of pickling solutions and aggressive chemicals for the metallization of plastics.…
Reference No. OFT-034
Technology offer for the industrial sectors analytics, energy, medical technology, automotive, life science
Reference NO.: OFT-035
Atmospheric pressure plasmas can now be used to deposit functional thin films on dielectric substrate materials (e g plastics, wood, glass, ceramics,…
Reference NO.: OFT-038
With the help of atmospheric pressure
plasma processes and developed thin adhesion promoting layers, an alternative method is now available for…
Reference NO.: OFT-039
Dr. Bernd Gruenler
Director
e-mail
Phone: +49 3641 282510