Plastic additives are functional substances blended into polymer matrices to enhance or modify their properties for specific processing and end-use requirements. They play a crucial role in improving thermal stability, processability, appearance, durability, and environmental resistance of plastics.Plastic additives are functional substances blended into polymer matrices to enhance or modify their properties for specific processing and end-use requirements. They play a crucial role in improving thermal stability, processability, appearance, durability, and environmental resistance of plastics.
• Automotive: UV stabilizers, flame retardants, and reinforcing agents for interior and exterior parts.
• Building and construction: Anti-aging agents, adhesion promoters, and weather-resistant additives.
• Electronics: Flame retardants, thermal stabilizers, and antistatic additives for safety and reliability.
• Packaging: Anti-fog agents, UV blockers, antimicrobial additives for food preservation.
• Medical: Sterilization-resistant and biocompatible additives for healthcare applications.
• Property enhancement: Additives can improve UV stability, flame retardancy, impact strength, antistatic behavior, and more.
• Improved processing: Lubricants, nucleating agents, and slip agents make plastics easier to process and mold
• Protection during use: Stabilizers protect materials from degradation due to heat, light, and oxidation.
• Aesthetic modification: Additives like matting agents, light diffusers, and gloss enhancers enable unique visual and tactile finishes.
• Potential interaction with base polymer: Improper dosing or incompatibility can negatively impact mechanical or thermal properties.
• Increased cost: Specialty additives (e.g., halogen-free flame retardants, antimicrobial agents) may significantly raise production costs.
• Recycling concerns: Some additives can interfere with recycling processes or reduce the quality of recyclates.
Sitras | Vse pravice pridržane @2024 | izdelava: IDEJA21
German 
English 
Slovenian