Introduction to Plasticizers-Sinograce Chem Turkey

  • Introduction to Plasticizers-Sinograce Chem Turkey
  • Introduction to Plasticizers-Sinograce Chem Turkey
  • Introduction to Plasticizers-Sinograce Chem Turkey
  • Are plasticizers compatible with polymers?
  • They are highly compatible with polymers and can be added in large quantities. For example: up to 50% of vinyl gloves are made up of plasticizers, which make the PVC flexible and soft enough to wear. A secondary plasticizer is one that typically cannot be used as the sole plasticizer in a plasticized polymer.
  • How does a plasticizer interact with a polymer?
  • External plasticizers have a low vapor pressure. They interact with the polymer at high temperatures without a chemical reaction. The interaction happens through their solvent or swelling ability. It's essential to differentiate between solvent plasticizers and nonsolvent plasticizers.
  • What is a plasticizer chemistry?
  • Plasticizers are the most used additives in the plastics industry. They are generally available as non-volatile, colorless liquids. They improve the properties of the polymer. With several plasticizer chemistries available in the market choosing the right one can be daunting. In this guide, you will read more about:
  • What are the different types of plasticizers?
  • These include brominated phthalate plasticizers, triaryl, and alkyl aryl phosphates. These products are blended with other plasticizers to strike a balance between flame resistance, physical properties, and cost. Chlorinated paraffins, acting as secondary plasticizers reduce flammability and smoke.
  • What is a polymeric plasticizer?
  • Polymeric plasticizers are typically made from aliphatic dibasic acids such as adipic acid and diols. They are primarily valued for their permanence. These plasticizers are generally classified as polyesters, not adipates. Many have low solvency for PVC and high viscosity. Both these factors can make processing f-PVC compounds difficult.
  • Why do plasticizers migrate?
  • The primary purpose of a plasticizer is to enhance a product's flexibility. When plasticizers migrate out of the product, flexibility is compromised, leading to embrittlement. Plasticizer migration can trigger the migration of other additives (e.g., UV stabilizers, antioxidants, etc.). This results in the deterioration of the overall performance.

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