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

Hallstar Thiokol TP-95 Dibutyl Diglycol Adipate Plasticizer

Hallstar Thiokol TP-95 is a high-performance dibutyl diglycol adipate plasticizer from the Thiokol® series, offering excellent low-temperature flexibility, UV stability, and compatibility with PVC and nitrocellulose. It enhances elongation and cold resistance while maintaining low volatility and low migration—ideal for automotive coatings, inks, and specialty films.
  • hallstar thiokol tp 95 dibutyl diglycol adipate plasticizer_80ab5a67
  • hallstar thiokol tp 95 dibutyl diglycol adipate plasticizer_80ab5a67

Features Of Hallstar Thiokol TP-95 Dibutyl Diglycol Adipate Plasticizer

  1. Excellent low-temperature flexibility retention in PVC and other polar polymers.

  2. Low volatility and high migration resistance, supporting long-term performance stability.

  3. Good compatibility with rigid and flexible PVC, chlorinated polyethylene (CPE), and nitrile rubber (NBR).

  4. Non-staining and non-blooming formulation suitable for demanding aesthetic applications.

  5. Hydrolytically stable adipate backbone ensures consistent performance under humid or elevated temperature conditions.

Typical Applications Of Hallstar Thiokol TP-95 Dibutyl Diglycol Adipate Plasticizer

  1. Flexible PVC wire & cable insulation and jacketing.

  2. Automotive interior trim and under-hood components requiring low-temperature resilience.

  3. Medical tubing and disposable devices where extractables and biocompatibility are critical.

  4. High-performance flooring and wall coverings exposed to variable thermal environments.

  5. Seals, gaskets, and hoses in industrial elastomeric systems.

Specifications Of Hallstar Thiokol TP-95 Dibutyl Diglycol Adipate Plasticizer

Chemical TypeDibutyl diglycol adipate (adipic acid ester)
Product FormClear, colorless to pale yellow liquid
AppearanceClear, mobile liquid at 25°C
Primary ApplicationsPVC, CPE, NBR, thermoplastic elastomers (TPEs)
Key FeaturesLow volatility, hydrolytic stability, low-temperature flexibility
BenefitsReduced fogging, improved cold-impact resistance, extended service life
Flash Point (PMCC)≥180°C
Specific Gravity (25°C)1.02–1.04


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