Engineering Risk Out of Polymer Processing
See how formulation decisions influence processing behavior, product quality, and business risk, and where the right chemistry can help reduce uncertainty before material reaches your production line.
Who Should View This Infographic?
Formulators, processing engineers, operations and quality leaders, and commercial decision-makers responsible for polymer processing performance, production efficiency, and product quality.
Processing Risk Starts Before Production
Reliable polymer processing begins with decisions made before material reaches the production line. Your additive package, stabilization strategy, and PCR or PIR content establish how material behaves under heat and shear. That behavior determines how often your team intervenes, how much scrap you generate, and how much accepted output each scheduled hour produces.
“Engineering Risk Out of Polymer Processing” follows that risk across five connected stages, from formulation decision to business impact, and shows where earlier action can help prevent downstream problems.
What You Will Learn:
- • How formulation decisions, including additives and PCR/PIR content, shape processing behavior
• How gels, melt fracture, and die buildup translate into interventions, scrap, and lost output
• Where product quality issues with clarity, surface, and consistency begin
• How DoverClear™ processing aids support gel reduction, melt-fracture control, and surface quality
• How Doverphos® LGP-12 polymeric phosphite stabilization supports polymer protection and melt-flow consistency
• How to measure the value of a chemistry change in hours lost, rejection rates, and accepted output
Follow the Risk From Formulation to Business Impact
Processing problems rarely stay on the production floor. A formulation decision affects process behavior. Process behavior affects production. Production affects product quality. Product quality affects cost, compliance, and customer confidence.
Addressing the cause upstream gives you more control than managing symptoms downstream. The right chemistry targets the source of the problem, so your team spends less time adjusting the line and more time producing material that meets specification.
What Changed in One LGP-12 Trial?
In reported commercial-scale blown-film processing results, introducing Doverphos® LGP-12 produced the following changes:
- 20°C lower processing temperature
- 10% lower extrusion pressure
- Melt flow index (MFI) retained during processing
- Water cooling no longer required in the tested process
These results reflect one trial. Outcomes in your operation will depend on your materials, equipment, operating conditions, and product-quality criteria.
Get the Infographic
Complete the form to access “Engineering Risk Out of Polymer Processing” and see how better formulation decisions can help reduce defects, support consistent production, and manage risk across the value chain.
Manage Risk Upstream, Before It Becomes a Downstream Problem
Dover works with you to evaluate chemistry against your materials, operating conditions, and performance requirements. We look at how your formulation behaves in production, not just how it performs on a specification sheet.
The objective is measurable improvement: less intervention, less scrap, and more accepted output, compared under the same conditions and the same product-quality criteria.
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