high purity dinp oil for rubber dinp oil for rubber

  • high purity dinp oil for rubber dinp oil for rubber
  • high purity dinp oil for rubber dinp oil for rubber
  • high purity dinp oil for rubber dinp oil for rubber
  • Is jayflex DINP plasticizer safe?
  • Jayflex DINP plasticizer is safe for use: It is not carcinogenic, mutagenic or toxic for reproduction category 1 or 2. It does not fulfill the criteria of a substance having endocrine-disrupting properties. Discover technical details and specifications for Jayflex DINP plasticizer.
  • What is Di-isononyl phthalate (DINP)?
  • Di-isononyl phthalate (DINP) is a phthalate used as a plasticizer in e.g. many technical products. It exists in two forms (and two CAS numbers), reflecting the two possible routes for isononanol precursor production. However their properties are similar.
  • Can DINP be recycled?
  • At the end of life PVC products containing DINP are either recycled for similar applications, landfilled or incinerated. documentation)). DINP is safe for use in all current applications. Re-strictions apply for toys and childcare articles that can be placed in the mouth according to Regulation (EC) No 1907/2006, Annex XVII-52 (ECHA 2013).
  • What are the advantages of DINP Plastisol coating?
  • DINP displays good resistance to aging as well as easy plastisol coating, spraying and dipping. Further, it is also compatible with secondary plasti-cizers. Low volatility and density enables reduced process emissions and improved working conditions. The re-sistance to aging increases the PVC product life.
  • What are the properties of DINP Plastisol?
  • The main properties of DINP are low volatility and density. DINP displays good resistance to aging as well as easy plastisol coating, spraying and dipping. Further, it is also compatible with secondary plasti-cizers. Low volatility and density enables reduced process emissions and improved working conditions.
  • How is DINP produced?
  • DINP is produced by esterification of phthalic anhydride with isononyl alcohol (= isononanol) in a closed system. The reaction rate is accelerated by elevated temperatures (140-250 °C) and a catalyst.

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