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

Eastman Versafix Versafix Ester Plasticizer

Eastman Versafix Ester Plasticizer is a high-performance, non-phthalate plasticizer in the Versafix series, designed for flexible PVC and polymer applications requiring low volatility, excellent extraction resistance, and superior low-temperature flexibility. It offers balanced migration resistance and processing efficiency versus traditional phthalates.
  • eastman versafix versafix ester plasticizer_9cd49b4b
  • eastman versafix versafix ester plasticizer_9cd49b4b

Features Of Eastman Versafix Versafix Ester Plasticizer

  1. Non-phthalate ester plasticizer designed for regulatory compliance and sustainability goals.

  2. Excellent low-temperature flexibility and retention of physical properties in flexible PVC formulations.

  3. Good migration resistance and low volatility, supporting long-term product performance.

  4. Balanced processing characteristics—improves melt flow without excessive plate-out or die buildup.

  5. Compatible with a broad range of PVC resins, stabilizers, and fillers used in industrial compounding.

Typical Applications Of Eastman Versafix Versafix Ester Plasticizer

  1. Flexible PVC wire and cable insulation and jacketing.

  2. Automotive interior components including instrument panel skins and door trims.

  3. Medical tubing and non-DEHP healthcare devices requiring regulatory acceptance.

  4. Flooring applications such as resilient sheet and tile backing layers.

  5. Industrial hoses, seals, and gaskets exposed to dynamic mechanical stress.

Specifications Of Eastman Versafix Versafix Ester Plasticizer

Chemical TypeNon-phthalate diester (branched aliphatic)
Product FormClear, pale-yellow liquid
AppearanceColorless to light yellow, transparent, homogeneous liquid
Primary ApplicationsFlexible PVC, thermoplastic elastomers (TPE), polyurethane blends
Key FeaturesLow volatility, high plasticizing efficiency, REACH-compliant
BenefitsImproved low-temp flexibility, reduced extractability, enhanced regulatory acceptance
Density (20 °C)Approx. 0.97–0.99 g/cm³
Flash Point (COC)≥ 200 °C


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