Polypropylene impact resistance modifiers provide many advantages for the production of polymers.
Based on its resistance to chemical exposure, UV deterioration, and environmental stress cracking, polypropylene impact modifiers’ durability is assessed.
COACE Chemical has always served modified material companies, focusing on the research and development, production, sales and service of plastic compatibilizers, tougheners and functional additives.
Dans la recherche sur les polymères, le mécanisme d'interaction entre les molécules de nylon et les modificateurs de polymères de nylon est un sujet stimulant et fascinant
COACE adheres to the business philosophy of “Quality, Innovation and Globalization”, tailors modified engineering plastics with more market competitiveness and price differentiation for customers, and provides complete after-sales service and technical support.
They enhance the nylon-based materials’ mechanical qualities, heat resistance, dimensional stability, and chemical resistance.
The characteristics of nylon are significantly improved by nylon polymer modifiers, making it a more adaptable and high-performance material.
De nombreuses industries utilisent des durcisseurs de nylon pour améliorer les performances et les caractéristiques mécaniques des produits à base de nylon. Les durcisseurs sont utilisés dans une variété d'industries, y compris l'automobile, l'électronique, les biens de consommation, l'aérospatiale, les machines industrielles, le textile, le médical, les soins de santé et l'emballage, pour augmenter la ténacité, la résistance aux chocs, la solidité et la durabilité.
Nylon processing and molding are significantly impacted by nylon polymer modifiers. They affect the dimensional stability, flowability, thermal stability, mold release, surface finish, mechanical qualities, and processing effectiveness of materials based on nylon.
