Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

Croda Syncroflex 1562 Polymeric Plasticizer

Croda Syncroflex 1562 is a high-performance polymeric plasticizer from Croda’s Syncroflex series, designed for demanding PVC applications requiring exceptional migration resistance, low volatility, and long-term flexibility. It enhances thermal stability and weatherability while maintaining excellent processing behavior and compatibility with rigid and flexible formulations.
  • croda syncroflex 1562 polymeric plasticizer_207fee97
  • croda syncroflex 1562 polymeric plasticizer_207fee97

Features Of Croda Syncroflex 1562 Polymeric Plasticizer

  1. Low volatility and excellent migration resistance for long-term performance stability.

  2. High molecular weight polymeric structure minimizes leaching and extractability in demanding environments.

  3. Good compatibility with PVC, flexible vinyl compounds, and other polar thermoplastics.

  4. Enhanced thermal stability supports high-temperature processing and end-use applications.

  5. Non-phthalate formulation compliant with major global regulatory frameworks including EU REACH and US CPSIA.

Typical Applications Of Croda Syncroflex 1562 Polymeric Plasticizer

  1. Medical tubing and blood bags requiring biocompatibility and low extractables.

  2. Automotive interior trim and wire & cable insulation exposed to heat and mechanical stress.

  3. Food-contact packaging films and laminates where migration control is critical.

  4. High-performance flooring and wall coverings subject to abrasion and cleaning agents.

Specifications Of Croda Syncroflex 1562 Polymeric Plasticizer

Chemical TypePolymeric ester (non-phthalate)
Product FormClear, viscous liquid
AppearanceColourless to pale yellow, odourless
Primary ApplicationsPVC plasticization, flexible vinyl compounds
Key FeaturesLow volatility, high migration resistance, thermal stability
BenefitsExtended product lifetime, regulatory compliance, processing robustness
Density (20°C)Approx. 1.02–1.04 g/cm³
Viscosity (100°C)Approx. 300–500 mPa·s


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