These tougheners are intended to improve the mechanical characteristics of materials, making them more resilient to cracking, breaking, and other types of damage that may happen at below-freezing conditions. Advantages of Low Temperature Tougheners For materials that are subjected to sub-zero temperatures, ultra-low temperature tougheners provide a number of advantages. Improved toughness—the capacity …
The versatility and superior performance of PE-g-MAH (Polyethylene-grafted-Maleic Anhydride) has revolutionised the possibilities of polyethylene (PE) products. For companies looking for improved performance and sustainability, …
PP-g-MAH (Polypropylene-grafted-Maleic Anhydride) has been a game-changing addition to the world of polymer additives. The performance and adaptability of polypropylene (PP) are improved by this …
POP has exceptional co-extrusion qualities because of its outstanding heat sealing abilities and good compatibility with other resins.
A game-changer in the constantly changing world of materials and polymers is POE-g-MAH (Polyolefin Elastomer-grafted-Maleic Anhydride). This adaptable polymer additive, which boasts multi-functionality, durability, and …
The secret to POE’s outstanding performance is dynamic vulcanization, which may compensate for POE’s weaknesses in low temperature resistance and substantial permanent deformation.
PA6 PA66 compounds with impact modifiers are utilized in the construction sector to provide components with high durability and impact resistance, including as pipes, fittings, and fixtures.
The strengthening impact of POE-g-MAH in such systems results from the degrading loss of coupling agent on the surface of glass fiber caused by the higher processing temperature of high-temperature nylon.
The qualities of PV packaging films may be improved by PPFA, which also increases PV module performance and longevity.
