Description des produits
W1A-2 est un polymère greffé de MAH, avec un élastomère de polyoléfine comme matériau de base, avec des caractéristiques de température de transition vitreuse extrêmement basse et un aspect de particule blanche et transparente.
The resulting polymer has unique properties, including an extremely low glass transition temperature and a white, transparent particle appearance.
The polyolefin elastomer used as the base material for W1A-2 is a type of synthetic rubber that is commonly used in applications that require flexibility and durability. By grafting MAH onto the polyolefin elastomer, the resulting polymer has improved properties, such as increased adhesion to other materials and enhanced compatibility with polar materials.
The extremely low glass transition temperature of W1A-2 means that it remains soft and flexible at low temperatures, making it ideal for use in applications where flexibility is essential, such as in seals, gaskets, and hoses. The white and transparent appearance of W1A-2 particles makes it useful in applications where clarity is important, such as in food packaging or medical devices.
The Nylon Impact Modifiers provide a number of benefits, including as increased toughness, superior processing stability, and increased resistance to impact. The mechanical properties of Nylon-based materials are optimized by these impact modifiers because of their temperature resilience, specific chemical structure, regulated particle size distribution, and compatibility. The Impact Modifiers for Nylon offer dependable and long-lasting solutions for applications in the automotive, electrical, consumer goods, and industrial sectors. This guarantees improved impact resistance and a longer service life for items made of nylon.
Un équipement de pointe !
Elle est équipée de lignes de production avancées et d'un centre d'essais expérimentaux pour garantir la qualité des produits.
Une force technique puissante !
Plus de 10 techniciens expérimentés en recherche et développement sont à l'origine d'une innovation permanente.
Caractéristique
| Caractéristiques | Valeur | Unité | Méthode d'essai |
| Apparence | Granulés | ||
| Couleur | Blanc | g/cm3 | ASTM D792 |
| Densité | 0.87 | ||
| Débit de fusion（190℃2.16kg） | 0.3-1.0 | g/10min | ASTM D1238 |
| Teneur en anhydride maléique | Haut | wt% | Méthode COACE |
NOTE : Les données ci-dessus sont des valeurs d'essai typiques et ne doivent pas être interprétées comme une spécification faible 0,8wt%.
The Impact Modifiers for Nylon have been meticulously designed to demonstrate exceptional compatibility with Nylon matrices. This leads to improved impact resistance and toughness by facilitating effective dispersion and consistent distribution throughout the polymer.
- Particle Size Distribution: To provide consistent and uniform performance, the Impact Modifiers are developed with a regulated particle size distribution. This characteristic makes it easier to blend materials uniformly with nylon, which encourages effective impact energy transfer and enhances the material’s overall mechanical qualities.
- Chemical Structure: The Impact Modifiers have a specially designed chemical structure that improves the way the additive and the Nylon matrix interact. Strong bonding and compatibility are ensured by this structure, which helps impact modifiers distribute impact energy and increase the toughness of the material.
- Temperature Resistance: The Impact Modifiers can withstand a wide range of temperatures and yet retain their impact-enhancing qualities because to their exceptional temperature resistance. This guarantees reliable operation and resilience to impacts, even in harsh environmental circumstances.
Avantage
Superior Impact Resistance: We have developed impact modifiers that have been carefully created to considerably increase the impact resistance of nylon materials. They ensure the sturdiness and lifespan of your products by efficiently distributing energy upon impact, preventing cracks, fractures, and other structural failures.
Enhanced Toughness: Your nylon-based goods will have outstanding toughness thanks to our impact modifiers. They strengthen the material, enabling it to survive challenging environments, large loads, and repeated stress, thereby lowering the chance of early component failure and lengthening component lifespan.
Improved Flexibility: Our impact modifiers provide nylon materials a notable boost in flexibility, enabling more design freedom and diversity. Your goods can adapt to changing conditions because to their flexibility and endure bending, twisting, and other mechanical loads without losing their integrity.
Enhanced Processing Efficiency: Our impact modifiers are made to make manufacturing and processing easier. They mix and disperse easily and uniformly with nylon thanks to their outstanding compatibility, which increases processing effectiveness, shortens cycle times, and reduces scrap rates.
The best heat stability is provided by our impact modifiers, allowing your nylon-based goods to preserve their mechanical qualities even at high temperatures. They are excellent for a variety of applications that require heat resistance due to this property, which guarantees continuous performance and dependability.
Notre avantage
Chaîne d'approvisionnement mondiale !
Sound Storage And Logistics Supply Chain System (système de chaîne d'approvisionnement)
Support technique
Protection après-vente
Concentration - Réalisation - Excellence !
Produits personnalisés
Priorité à la R&D
Services globaux
Certification Coace !
Certification ISO9001:2015
Certification ISO14001:2015
Enregistrement REACH dans l'UE
Korea K-REACH pre-registration.
L'avantage de l'entreprise !
Disposition à l'intérieur et à l'extérieur du pays, idéal pour les mélanges
Schéma de commercialisation intérieure
Mise en place d'un marketing outre-mer
Application
1) Utilisé comme modificateur d'impact pour les mélanges maîtres de composés ignifuges à base de PA6, PA66 et polyamide.
2.To be used as compatibilizers to improve the compatibility between polyamide andpolypropylene, or polyethylene.
