Plasticizer Analysis-Polymer Solutions Germany

  • Plasticizer Analysis-Polymer Solutions Germany
  • Plasticizer Analysis-Polymer Solutions Germany
  • Plasticizer Analysis-Polymer Solutions Germany
  • How do polymer analysis laboratories work?
  • Our polymer analysis laboratories utilise a wide range of techniques including spectroscopy, microscopy and chromatography, with a combined knowledge base which includes method development and validation, and with industry standard test methods to ensure a material meets compliance requirements.
  • Why is chemical analysis of plastics important?
  • Chemical analysis of plastics can provide valuable information on the additives used and other substances present, which is important when trying to understand material performance. Additives, in particular, can impact the polymer physical properties, stability/stabilization and general durability over the lifecycle of the polymer material.
  • What is polymer and additive synthesis?
  • Our work in polymer and additive synthesis includes the production of classic polymers such as polyurethanes, polyesters, their additives and auxiliary substances such as plasticizers, viscosity improvers, compatibilizers and halogen-free flame-retardant additives. Sustainability considerations play an important role.
  • What is a polymer testing laboratory?
  • Our polymer laboratory capabilities include identification and qualification of polymer resins, fillers and additives. The polymer testing laboratories handle routine and non-routine projects with locations around the globe, with convenient sample transport available.
  • Who is SGS polymer solutions?
  • SGS Polymer Solutions Inc. (SGS PSI) is a division of SGS and we offer more than 35 years of expertise to our clients in the medical, pharmaceutical, packaging, aerospace, defense, and manufacturing industries. With quick turn around times and quality results, we continue to be a leading choice for polymer testing across North America.
  • How do additives affect a polymer?
  • Additives, in particular, can impact the polymer physical properties, stability/stabilization and general durability over the lifecycle of the polymer material. Other substances present include catalyst residues and volatile organic contaminants (VOCs).

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