Polymer design tools

We have three products to offer: 1. Innovative Products and Technologies. It has applications in understanding batch to batch variability, reducing operator variability, increasing efficiency and designing new polymers for a given target application.

The main idea of REPTATE is to construct theories for a library of polymer types, in order to fast track development of new materials and optimize existing production processes. EUFLOW is capable of visually predicting process features of plastic melts that depend on their specific type.

EUFLOW can help understand the relationships between machine design, total process operation and polymer processing. EUFLOW will significantly strengthen the knowledge-base available to the polymer industries, enabling the realisation of new and optimised materials with enhanced properties and functionality, greater process efficiency and energy reductions.

BOB This specific product is targeted at Industries which make the actual raw polymeric material. The processing properties of plastics are governed by the reaction chemistry used to make the material.

Understanding the links between the chemistry and final properties is key to designing tailored polymer materials. We have used this idea to develop the Branch on Branch BoB software tool.

This prescription has been used successfully for modeling the properties of both conventional LDPEs and metallocene catalyzed polyethylene. Product development with this tool can help drive down costs in the production of metallocene polymers. In spite of the increased sophistication of polymeric materials, now designed with many molecular parameters in mind, the choice of resin is still more an art than a science. In practice, however, the processing behaviour of polymers can be more complex than that explained by the MFI.

The missing information is the set of rules that connect the molecular structure of a polymer to its process performance in a predictive way, expressed in terms that Polymer producers and SME converters can handle. This leads to huge wastage in down-time, poor supply-chain and consequent lack of competitiveness.

There is therefore a huge opportunity to supply this sector with latest tools based on new research. The aim was to develop an understanding of how molecular parameters affect the processing of industrial polymers. Small and Medium Enterprise from United Kingdom. Polydesta is a polymer design and processing services and solution provider. Data system. The Polymer data system provides data binding to properties and attributes; property observers; and computed properties.

If you're upgrading an existing 2. If you're looking for the latest changes in this release, see the Release notes. Get set up 2. Add shadow DOM 3. React to input 5. Theming with custom properties About this release What's new in 3.

Feature overview Try Polymer Install Polymer 3. The Amsterdam Modeling Suite offers powerful computational chemistry tools to advance your polymer research projects:. Curious to know what our software can do? Try out AMS yourself, or discuss your polymer research challenges with us.

See also an overview presentation of AMS capabilities for polymer research and video demonstrations on polymer properties. In combination with the new polymer builder of the graphical user interface, these new features significantly extend the polymer tools in AMS The graphical user interface comes with a flexible polymer builder.

See the tutorial for a demonstration on how to create a high-impact polysterene polymer HIPS. There is an internal library of monomers, and you can also build polymers from your own defined monomers see video. Predict glass transition temperatures and thermal expansion coefficients for fully atomistic polymer models with the reactive force field ReaxFF. Gain atomistic insights in the processes leading to failure in your polymers with ReaxFF simulations.

Check out at the tutorial on snapping linear polyacetylene or the advanced tutorial on the yield point and moduli of cross-linked epoxy polymers , or let us know if you want a demo on how ReaxFF can be used to model polymer formation, degradation and mechanical properties! ADFGUI also allows you to build oligomers by adding your own monomers to the library and just clicking them together. These advanced features have also been recently discussed by our experts see polymer playlist on YouTube.