La fabricación de polipropileno injertado con anhídrido maleico a escala industrial plantea una serie de problemas que deben resolverse para garantizar procedimientos de fabricación fiables y eficaces.
Originally used on polypropylene, maleic anhydride grafting shows potential as a flexible method of adjusting the characteristics of different polymers.
Maleic anhydride functionalized ethylene polymers, or PE-g-MAH series products, are primarily used to alter ethylene-based matrix polymers.
En los compuestos poliméricos, el PE-g-MAH (anhídrido polietilénico-maleico de injerto) ofrece una serie de ventajas como agente de acoplamiento.
Through their elastomeric qualities and plasticizing actions, nylon ultra-low temperature tougheners have the ability to make nylon more flexible.
Through a number of methods, nylon ultra-low temperature tougheners increase the material’s resistance to impact.
The nylon ultra-low temperature tougheners are well suited to a variety of nylon kinds, such as Nylon 66, Nylon 6, and other speciality nylons.
Key features of nylon ultra-low temperature tougheners improve nylon’s durability at low temperatures.
Tougheners made of ultra-low temperature nylon are essential for improving the material’s qualities in extremely cold climates.
