Zehui, as a leader in the field of magnesium oxide, ensures the abundance and stability of raw materials of magnesium oxide by virtue of its two own factories.Tibet plant relies on the natural advantages of brine of Qinghai Salt Lake to extract high-purity magnesium oxide through advanced production technology; while Shandong plant is located in the northeast of the rich magnesite resources, providing a solid raw material guarantee for the production of magnesium oxide.It is such resource advantages that make Zehui magnesium oxide reach the industry leading level in quality and show excellent innovative applications in the field of PE modification materials.
The addition of magnesium oxide to PE-modified materials has revolutionized the process.First, magnesium oxide can significantly improve the thermal stability of PE modified materials.Under high temperature environment, magnesium oxide can absorb and disperse heat, effectively slow down the thermal degradation process of PE materials, thus improving the heat resistance and service life of the material.This characteristic makes PE modified materials in high temperature environment can still maintain stable performance, widely used in wire and cable, auto parts and other fields.
Secondly, the filling effect of magnesium oxide can enhance the mechanical properties of PE modified materials, such as tensile strength, bending strength and impact strength.Through reasonable formula design, customized enhancement of PE material properties can be achieved to meet the needs of different application scenarios.This makes PE-modified materials tougher and more durable when subjected to external forces, which is widely used in construction, packaging and other fields.
In addition, the addition of magnesium oxide improves the processing performance of PE-modified materials.It reduces the melt viscosity of the material and improves the fluidity of the melt, which makes it easier to mold and demold the material during processing, thus improving production efficiency.This property makes PE modified materials smoother in injection molding, extrusion and other processing, reducing production costs.
It is worth mentioning that magnesium oxide, as an inorganic flame retardant, can also significantly improve the flame retardancy of PE modified materials.During the combustion process, magnesium oxide can absorb heat and produce a large amount of water vapor, thus diluting the combustible gases and reducing the combustion temperature, effectively preventing the spread of fire.This characteristic makes PE modified materials in terms of safety has been greatly improved.
With the resource advantages of its two own factories, Zehui has achieved remarkable results in the field of magnesium oxide.In the future, Zehui will continue to plough into the field of magnesium oxide, make innovations and breakthroughs, and contribute more to the development of PE modified material industry.At the same time, Zehui will also actively explore emerging areas, such as new energy vehicles, electronic information, etc. Through a deep understanding of market demand, Zehui will provide customers around the world with more efficient, environmentally friendly, and safe material solutions.
