Dioctyl Sebacate (DOS): Superior Cold-Resistant Plasticizer
Enhance your products with exceptional low-temperature flexibility and robust performance.
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Dioctyl Sebacate
Dioctyl Sebacate (DOS) is a high-performance plasticizer renowned for its outstanding cold-resistant properties. This colorless, transparent oily liquid offers superior low-temperature flexibility and good volatility resistance, making it ideal for demanding applications.
- Discover the benefits of using a superior cold-resisting plasticizer like DOS for your critical applications.
- Explore how dioctyl sebacate for PVC can significantly improve the low-temperature performance of your materials.
- Understand the advantages of synthetic rubber plasticizer applications where low temperatures are a factor.
- Learn about lubricant base stock DOS and its role in enhancing mobility at lower temperatures.
Key Advantages
Exceptional Low-Temperature Performance
Achieve excellent low-temperature flexibility with DOS, crucial for products exposed to cold environments and ensuring they remain pliable.
Enhanced Durability
Benefit from DOS's better heat endurance and light-resisting properties, contributing to the longevity and stability of your end products.
Versatile Applications
Utilize DOS as a plasticizer for PVC, synthetic rubber, and cellulosic resins, offering a broad range of uses from wires and cables to artificial leather.
Key Applications
PVC and Synthetic Rubber
Leverage the capabilities of DOS as a premium plasticizer for PVC and various synthetic rubbers, ensuring optimal performance in demanding conditions.
Wire and Cable Materials
Benefit from the superior cold-resistant and electrical properties of DOS when producing hardy wire and cable materials.
Artificial Leather and Films
Enhance the flexibility and durability of artificial leather and thin films by incorporating DOS into your formulations.
Lubricants and Propellants
Explore the use of DOS as a lubricant base stock for improved low-temperature mobility and as a component in solid propellant systems.