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Our client asked:

Our client asked, what are the optimal deposition methods to enable high-performance, low-thickness chemical barriers to be added to structural substrates in order to create a new type of sustainable packaging? These methods must be provable at lab scale and quickly scalable to production levels.

The project story:

Sagentia Innovation’s applied science team worked alongside chemists, formulators and production engineers from the client team to understand critical deposition techniques for the novel functional coatings. Sagentia Innovation focused on:

  • Chemical compatibility of different coating formulations and treatments against a range of challenging chemistries
  • Creation of test apparatus to explore deposition techniques and operating parameters
  • Lab-scale and production-scale investigation into post-coating processing such as curing and tempering
  • Development of applicable test methods and protocols to assist the client team
  • Surface and substrate characterisation and analysis
  • Design of experiments (DoE) and statistical support

 

Client benefit:

The support from Sagentia Innovation directly accelerated the client’s development process, adding capability analysis and insight. This allowed the client to keep moving at a very rapid development pace whilst building up their own internal capability. Key deliverables were a very flexible coating deposition apparatus, used now as an R&D tool for conducting process optimisation, standardised test methodology for chemical and physical characterisation of the coatings, and recommendations for suitable industrial-scale coating and post-coating equipment, processes and operational parameters

Developing the next generation of sustainable packaging?

From high-performance barrier coatings to scalable manufacturing processes, our scientists and engineers help organisations turn innovative packaging concepts into commercial reality.