Le durcissement des plastiques est crucial pour les polymères cristallins et amorphes. Le coût et le prix des matières plastiques augmentent à mesure que leur résistance à la chaleur s'améliore, qu'il s'agisse de matières plastiques ordinaires, de matières plastiques techniques ou de matières plastiques techniques spéciales.
Une sorte d'additif connu sous le nom d'agent de durcissement peut réduire la fragilité et augmenter la résistance aux chocs des matériaux composites.
La technologie de renforcement du nylon est un excellent substitut aux techniques de renforcement conventionnelles telles que la fibre de verre et la fibre de carbone.
The way things are developed and made is changing thanks to the newly developing uses of these modifiers in the automotive, packaging, construction, electrical and electronics, and consumer goods sectors.
Nylon materials’ strength and durability are increased using the process known as nylon toughening technology. The mechanical qualities of nylon can be considerably enhanced by adding additives like elastomers and nanoparticles.
A product’s total cost effectiveness and sustainability are greatly influenced by the polypropylene and resistance modifiers that are selected.
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.
