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The Softening Effect of Softener G213 Compared with Other Common Polyurethane Plasticizers When it comes to polyurethane (PU), we’re not just talking about your average polymer. No, this is the stuff …

Improving the Processing Characteristics of Polyurethane Resins with Softener G213 When it comes to polyurethane resins, we’re not just talking about a material — we’re diving into an indu…

The Use of Softener G213 in Sealants and Potting Compounds for Enhanced Workability Let’s talk about something that doesn’t often make headlines but quietly holds the world together — sealants and pot…

Evaluating the Performance of Softener G213 in Thermoplastic Polyurethanes (TPU) for Increased Pliability Introduction: A Softer Side of TPU Thermoplastic polyurethane, or TPU, is a versatile class of…

Softener G213: Strategies for Maintaining Long-Term Material Integrity and Reducing Migration When it comes to industrial materials, especially those used in high-stress environments like automotive m…

The Effect of Temperature on the Softening Efficiency of Softener G213 in PU Applications Introduction Imagine you’re trying to make a stiff, rigid piece of plastic as soft and supple as your fa…

The Impact of Softener G213 Dosage on the Physical Properties of Polyurethane Adhesives When it comes to glue, most people think of elementary school art projects or maybe a quick fix for a broken vas…

Understanding the Plasticizing Mechanism of Softener G213 in Polyurethane Matrices When we talk about polyurethanes, we’re essentially diving into one of the most versatile families of polymers …

Choosing the Right Softener G213 for Low-VOC Polyurethane Formulations When it comes to formulating low-VOC polyurethanes, choosing the right softener is like picking the perfect pair of shoes — you w…