DMDO (1,8-Dimercapto-3,6-dioxaoctane) is a di-functional chain transfer agent ...
NDM (NORMAL DODECYL MERCAPTAN) is commonly used in the manufacturing process of polymers such as styrenics and acrylics (PMMA, ...
NOM (Normal Octyl Mercaptan) is commonly used in the manufacturing process of various polymers ...
TDM (Tertiary Dodecyl Mercaptan) is commonly used in the manufacturing process of polymers based on ...
TNM (Tertiary-Nonyl Mercaptan or T-Nonyl Mercaptan) is a product with distributions centered on C9 mercaptans, resulting in mercaptan ...
Using a chain transfer agent enables a narrower molecular weight distribution, leading to easy processing conditions and enhanced mechanical performance of the resulting polymer.
Arkema provides a range of chain transfer agents:
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That’s why we have built a team of specialized scientists who are experts in providing you with the right solution.
Our team is ready to assist you in recommending the best CTA for your process, developing new applications and for any general troubleshooting needs.
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How to choose the right chain transfer agent?
It is recommended that you choose your chain transfer agent based on the physical properties that are required for the material, as reviewed below.
Properties of final materials:
- Melt flow
- Heat resistance
- Chemical resistance
- Secondary function
Constraints of process:
- Cost effectiveness
- Efficiency of CTA
- Reaction rate
- Phase of reaction
- Open/Closed system
Choice of CTA:
- Normal Octyl Mercaptan (NOM)
- Normal Dodecyl Mercaptan (NDM)
- Tertiary Dodecyl Mercaptan (TDM)
- Tertiary Nonyl Mercaptan (TNM)
- 1,8- Dimercapto- 3,6- dioxaoctane (DMDO)
Thioglycolic Acid (TGA)
A wide range of applications
Arkema’s chain transfer agents are heavily used by customers in a variety of polymer manufacturing processes in a wide array of industries, such as automotive, adhesives, rheology modifiers, and many many more. These processes include the production of polymers such as the ones based on butadiene and styrene (rubber and latex), the styrenics, the acrylics and derivatives PMMA and ABS), and the PS.
Several factors affect a material’s performance, such as the polymerization recipe, the polymer structure (molecular weight and MFR sensitivity), and the material performance properties, including service temperature, MFR, mechanical properties, product consistency, and thermal stability.