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

Eastman TXIB Formulation Additive

Eastman TXIB Formulation Additive is a high-purity, low-VOC plasticizer from Eastman’s TXIB™ series, designed to enhance flexibility, processability, and cold-temperature performance in PVC, adhesives, and coatings—offering superior migration resistance and thermal stability versus traditional phthalates.
  • eastman txib formulation additive_54c277cc
  • eastman txib formulation additive_54c277cc

Features Of Eastman TXIB Formulation Additive

  1. High-boiling, low-volatility plasticizer offering excellent compatibility with a broad range of polymers including PVC, cellulose esters, and acrylic resins.

  2. Low migration and extraction resistance, enhancing long-term performance in demanding applications.

  3. Good hydrolytic stability and low water solubility, supporting durability in humid or wet environments.

  4. Non-phthalate formulation compliant with major global regulatory frameworks including REACH and FDA 21 CFR §175.300.

  5. Improved processing characteristics—reduces melt viscosity and improves dispersion during compounding and extrusion.

Typical Applications Of Eastman TXIB Formulation Additive

  1. Flexible PVC compounds for wire and cable insulation and jacketing.

  2. Coatings and inks requiring enhanced film flexibility and adhesion on rigid substrates.

  3. Adhesives and sealants where low volatility and thermal stability are critical.

  4. Automotive interior trim components exposed to elevated temperatures and UV stress.

  5. Medical tubing and packaging films requiring non-phthalate plasticization and regulatory compliance.

Specifications Of Eastman TXIB Formulation Additive

Chemical TypeDiisobutyl isophthalate (DIBIP)
Product FormLiquid
AppearanceClear, colorless to pale yellow liquid
Primary ApplicationsPlasticizer for PVC, cellulose, and acrylic-based systems
Key FeaturesNon-phthalate, low volatility, high compatibility
BenefitsReduced migration, improved thermal stability, regulatory acceptance
Boiling Point (at 760 mmHg)Approx. 285–290 °C
Density (at 20 °C)1.04–1.06 g/cm³


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