Material development
Designing a thermoplastic or elastomer compound that meets the requirement of the application, or reworking an existing one that no longer does.
See the processWe come in at different points in a manufacturing process, from developing a material that does not exist yet to finding out why an existing one has started to fail.
Most customers start with one of these and pick up others later. Each can be taken on its own.
Designing a thermoplastic or elastomer compound that meets the requirement of the application, or reworking an existing one that no longer does.
See the processImproving cycle time, scrap rate, energy use and part quality on extrusion and injection lines, treating them as one problem rather than four.
CapabilitiesEstablishing whether a recurring defect or a field return is caused by the material, the process or the part design, which is rarely obvious from the outside.
Send a sampleFinding and validating an equivalent when a material becomes unavailable, too expensive, or non-compliant after a regulatory change.
Make an enquiryRaising recycled content, moving to mono-material construction and replacing restricted substances without losing the performance you need.
Our approachSetting up the supply chain for materials we have developed or validated, including plastics and rubber in primary forms.
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Before committing to a development budget you may want to see the problem clearly. These are built for that: a set scope, a set duration and a stated deliverable.
An independent review of a material decision or a supplier recommendation you already have. Output: a written technical opinion.
Root cause analysis on defective parts you send us. Output: a findings report with corrective actions.
A candidate list for a new application, assessed side by side. Output: a decision matrix with the reasoning behind it.
On-site observation and data collection at your line. Output: a list of improvement opportunities in priority order.
When a project closes, what you are left with should be enough to run the material without us.
Full formulation: components, ratios, tolerances and mixing sequence.
Temperature profile, pressure, speed and cycle values, with the acceptable operating window around them.
All characterisation results, each with its reference standard and measurement conditions.
Which parameter is checked, how often, by what method and within what limits.
Verified raw material sources with alternatives and technical contacts.
Material cost per unit and how it compares with what you were doing before.
Known limits, conditions to watch for and indicators worth monitoring in production.
A working session with your team covering the reasoning and the critical points.
Whether you have a full development brief or a single production problem, the starting point is the same. Send us the application conditions and we will tell you what is realistic.