Polymer Development and Plastics Production
From research to testing, monitoring or small-scale production, our innovations and expertise cover the complete polymer and plastics lifecycle and enable you to produce superior results consistently.
Not only do we know the capabilities of our instruments, but we also understand your polymer-related processing parameters.
Experience our methods-based consulting and applications support in addition to the most comprehensive line of instruments, equipment, and software available.
We help scientists and manufacturers improve product quality and efficiency, and reduce raw material waste and process cycle times.
Aging Analysis
Long-term stability is one of the major and most complex quality characteristics for polymeric materials.
Polymerization Analysis
Understanding the basic polymerization processes of your product is key to custom-tailor your polymer and plastics application with respect to energy and time efficiency as well as sustainability.
Laboratory Equipment and Products
A complete line of products to outfit any lab from furniture to instruments and equipment or consumables.
Process Control and Monitoring
As raw material and energy costs increase and profitability declines, the value of real-time, online process monitoring and control is high, ensuring products are produced consistently to specification.
Mechanical Analysis
Investigating the mechanical properties of your material to optimize the final product or simulate the production processes.
Process/Process Simulation
From the development of a polymer in the lab to the pilot plant, to online quality control in production and processing small quantities—our solutions span the complete life cycle of a polymer.
Optical Analysis
Our spectroscopy products drive bold progress by providing sensitivity, simple user tools and actionable information.
Surface Analysis
Tackle the most challenging surface, thin film and interface questions using our rheological, elemental and molecular tools that allow bold progress in ultra thin film and nanotechnology development.
Physical Analysis
Crucial parameters, such as the mechanical stability of your finished product, are directly related to the physical structure on the molecular level.
Thermal Analysis
Characterize the temperature-dependent material functions to understand the processability as well as long-term stability of your product.