hot selling General Purpose Mesamoll Plasticizer

  • hot selling General Purpose Mesamoll Plasticizer
  • hot selling General Purpose Mesamoll Plasticizer
  • hot selling General Purpose Mesamoll Plasticizer
  • What type of plasticizer is Mesamoll?
  • Mesamoll is a general purpose plasticizer of the type Alkyl Sulfonic Phenyl Esters (Phthalate-free), which is compatible with many types of polymers including PVC and polyurethanes. Mesamoll has good gelling behavior and saponification resistance.
  • What is mesamoll®?
  • Mesamoll® has a low dissolution temperature in PVC and is an efficient primary and secondary plasticizer for PVC applications. Its high-gelling and exceptional saponification-resistant properties allow our customer to produce cost-efficient products with a long service-life.
  • Is mesamoll phthalate free?
  • Mesamoll® by LANXESS is phthalate-free, general-purpose plasticizer with a significantly reduced product carbon footprint (PCF). It has good gelling behavior and exceptional saponification resistance. It is suitable for many types of polymers including PVC, polyurethanes, and rubber (NBR, NR, SBR, SBR/BR, IIR, CR).
  • What is the difference between mesamoll® and Mesa Moll® II?
  • More than 30 percent of the input materials for Mesamoll come from fully sustainable sources resulting in improved product carbon footprint. Mesamoll® II has a reduced volatility compared to Mesamoll®, so that requirements for more VOC-critical applications can be fulfilled. Both Mesamoll® and Mesamoll® II have food contact approvals.
  • What products are compatible with mesamoll®?
  • Mesamoll® is suitable in injection molding (work boots and technical articles), dip molding (PVC gloves), rotational molding (vinyl articles made by rotational casting), and in the production of swimming pool covers, shower curtains. It has a shelf life of 2 years. Find products that are predicted to be compatible with Mesamoll®.
  • What are plasticizers and how do they affect polymers?
  • Plasticizers are substances which, by virtue of their polar or polarizable structure, weaken the secondary valence forces of polymers. By incorporation of plasticizers into compatible polymers, the materials can be modified in such a way that it becomes soft and flexible, even at sub-zero temperatures.

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