Numerous techniques, including as the inclusion of fillers, liquid crystal modification, etc., have the effect of strengthening while toughening as a result of the introduction of the aforementioned reinforcement and toughening procedures.
blending modification can increase the overall performance of plastics, increase the variety of plastics with relatively little investment, increase the use of plastics, lower the cost of plastics, and increase the use of polymer materials.
The modified PP shell for new energy vehicle charging piles can not only help reduce the vibration caused by moving, but also enhance its anti-seismic performance, increase the range of application for new energy vehicle charging piles, and better maintain the stability of new energy vehicles.
Applications for antibacterial PP materials include interior components of household appliances, buttons, seals, and other areas that are vulnerable to mold development.
POE has a low rate of change in hardness and strength and may be used in place of or in combination with EVA to manufacture halogen-free flame-retardant cable materials.
POE film-encapsulated photovoltaic modules can have a longer product life cycle and higher durability since they have a low water vapor transfer rate, which removes the corrosion issues brought on by the use of EVA encapsulation films.
The conditions surrounding the coupling agent’s application, including humidity, storage duration, ink and coating composition, pH level, etc.
SEBS-g-MAH is a useful tool for improving and changing the characteristics of polyolefins, enabling increased usage of these materials in a wider variety of applications.
The use of graft-compatible hot-melt adhesives is a significant contributing element to the high efficiency, straight shoe materials, moisture-proof, anti-corrosion, and outstanding sanitary performance, in addition to environmental protection aspects.
