New: Templates made from tetrapodal Zinc oxide
With the beginning of 2019 we now offer templates made from t-ZnO for scientific and industrial applications.
Using a special post-synthesis-process we are able to offer various geometries, like plates, tablets or to your individual specification. We can vary dimensions as well as density.
Starting with raw t-ZnO from our own production we offer three different material grades.
CRC (Clean Room
Conditions): aside from the use as an API we offer t-ZnO of this highest grade for medical
applications and experiments. In this production process we strictly follow the guidelines of the Good Manufacturing Practice, i.e. every single step from delivery of raw materials, production to outgoing
goods is meticulously traced and documented. The distribution of the API is carried out via our partner Caelo® as pure, unprocessed substance.
For in-vitro experiments and other applications you can order this material directly from us. We also offer a certificate of the chemical composition, provided by a GMP accredited Lab.
Certified Quality (CQ): Our second level grade for applications in which a defined chemical composition is crucial, yet without the demand for the very strict GMP guidelines. Using
our established technical synthesis process we can offer higher volumes to a more attractive pricing.
This grade is especially of interest for scientific purposes, e.g. for Universities or other research institutes. These templates can be used as starting point for creating hybrid materials or porous network structures. Find some examples of recent research on this field from our scientific partner Christian-Albrechts-University of Kiel below.
For this material we can also provide a detailed chemical analysis.
Technical Grade (TG): As a third grade, we offer t-ZnO of technical quality. Whilst maintaining the technical synthesis process, we omit the chemical analysis and focus on a more
cost efficient production.
Applications are primarily targeted in the polymer-industry. The material can be used as a scattering pigment in optical applications, as a mechanical reinforcement (e.g. as an extrusion additive), as well as a catalytic component in reactive polymer systems.
We fabricate templates according to your individual specification. Contact us for an inquiry!
For further scientific research and discussion you can also contact us and/or Dr. Yogendra Kumar Mishra from CAU (
The functional microstructures are produced under the trademark CSP® (Core Spike Particles) and can be used in a large field of application:
The product-line 'Polyramik' was developed for the underwater area of ships to manage the individual problems occuring on ship-hulls like
All products consist of premium, durable plastics in combination with innovative ceramic additives to obtain the necessary mechanical stability.
The products of the line 'Polyramik' are available in different colors:
Suitable for all boat-types and waters.
If a GFC-ship hull is insufficiently protected against penetrating water, osmosis can take place. The result involves bubble- and crack-formation and can cause severe damages to the ship. The product 'Polyramik OS' forms a mechanically durable and impermeable protection which prevents the penetration of water.
Contact corrosion is a well-known and widespread problem within ship industry, as freestanding metal parts are prone to corrosion, especially in saltwater. Our product 'Polyramik GS' provides a complete isolating coating, which protects freestanding metal parts.
Surfaces which are immersed in waters are overgrown with organisms. In order to prevent this 'fouling', ship-hulls are usually coated by biocide-containing antifouling paints which have to be renewed at least every second year. The product 'Polyramik EC' provides a biocide-free coating with high mechanical stability. The surface is extremely smooth, which impedes growth and facilitates cleaning. At the same time, maintenance-intervalls decrease as the coating is durable for several years.