The influence of catalysts, one-step process requires more active catalysts than the prepolymerization method, which usually uses a composite catalytic system of organotin and tertiary amines. Organotin catalysts are generally used in the past, but the compound is easy to cause thermal oxygen aging, is the ether bond in the case of heating to accelerate the cleavage and degradation of polymer molecules, so most of the current use of stannous compounds, such as stannous octanoate, etc.. And the compression load value of the resulting products is also larger, as follows.
Home News Effect of different catalysts of soft foam on the compressive load performance of polyether-based foam products
You might like
-
Optimizing the Cost-Effectiveness of T12 Organotin Catalyst in Polyurethane Production
-
The Synergistic Effects of Dibutyltin Dilaurate and Additives in Polyurethane Formulations
-
The Role of Tin Octoate in Modulating the Mechanical Properties of Polymeric Materials
-
Innovative Formulations Leveraging Dibutyltin Dilaurate for Next-Gen Polymer Products
-
Fine – Tuning Cure Kinetics in Epoxy Resin Formulations with Tin Octoate
-
Catalytic Process Optimization in Polyurethane Coating Production with Tin Octoate
-
Troubleshooting Polymerization Defects: The Corrective Role of Tin Octoate
-
Tin Octoate: Improving the Adhesion Properties of Adhesive Formulations
-
Troubleshooting Polymerization Defects with Strategic Use of Dibutyltin Dilaurate
-
Scaling Up Polyurethane Production with T12 Organotin Catalyst: Industrial-Scale Considerations