Polyester Polyols for Rigid Polyurethane Foams

Polyester Polyols
Polyester polyols have several advantages over polyether polyols. They make polyurethane foams with better strength and fire resistance.
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OTHER ON-DEMAND WEBINARS

Implementation of Software Automation and Data Management Tools to Improve Throughput and Quality of Chemical Inventory

Advanced Chemistry Development

Cayman Chemical regularly employs structure confirmation via NMR in its QC workflow and, with a catalogue of over 10 000 products that require QC testing, automation of this workflow represents a critical means to improve productivity. View the presentation to learn how Cayman uses ACD/Labs NMR tools to perform automated structure verification to ensure analytical efficiency while maintaining product quality, and assure lot-to-lot consistency via screening of NMR structural databases.
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Best Practices to Improve Sales & Marketing Effectiveness in Chemicals

Chemanager

Join the industry leaders from Microsoft, Simon-Kucher & Partners and PROS to discover the latest business process trends in the industry and how focusing on the customer experience and sales enablement process leads to increased revenue growth and enhanced profitability. During this on-demand webinar, you will explore the following building blocks of marketing and sales excellence in Chemicals: Segment your customers and align your offering.
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How Chemical Plants Can Reduce Time Cost and Risk in Tote and Tank Cleaning

Cleaning tanks, totes, reactors, vessels and mixers/blenders is necessary maintenance for chemical processors. This webinar shows how it can also become an efficiency driver for your plant.
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The Chemical Engineer Enhanced Product Development Through Experimental Design

GoToWebinar

Optimisation of the development cycle for new products is a challenge in the chemical industry. Steel, which in many ways is analogous to chemicals, is produced using a long chain of interdependent process steps. Consequently, large volumes of experiments are required to fully explore process parameter relations. This is more critical for new, highly differentiated products for which understanding of the underlying physical principles is incomplete and thus a-priori exclusion of factors not possible. In this context, the use of statistical Design of Experiments (DOE) to shorten development timescale, maximize the output of experimental capacity and minimize material consumption is essential.
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