Jiangsu Mizlion Nano Technology Co., Ltd Enhanced and toughened Masterbatch: With the "strong and tough" advantage, it meets the multi-scenario demands of Frost Descent!

After the Frost Descent solar term, the temperature drops significantly, and the outdoor environment is often in a low-temperature state. This makes plastics, composite materials, etc. prone to brittleness and reduced impact resistance due to low temperatures. Especially in scenarios such as industrial production and the use of outdoor facilities, the strength and toughness of materials face higher tests. As a functional additive that can enhance the mechanical properties of materials, the reinforcing and toughening masterbatch, with its dual characteristics of "enhancing strength and improving toughness", has become a material protection assistant suitable for frost descent scenarios. Its features and applications can be analyzed in combination with the seasonal requirements.

Enhance the core characteristics of toughening masterbatches to precisely address the pain points of frost-descent materials. Firstly, by adding reinforcing components such as glass fiber and mineral fillers, it can significantly enhance the tensile strength and rigidity of the base material, preventing the material from breaking due to force in a frosty and low-temperature environment. Meanwhile, the toughening components such as the compounded elastomer can improve the low-temperature toughness of the material, reduce the embrittlement caused by low temperatures, and enable the material to maintain good impact resistance within the common frost temperature range of -10 ℃ to 0℃. Secondly, this masterbatch has good compatibility with mainstream base materials such as polyethylene, polypropylene, and ABS. After addition, it will not damage the original processing performance of the base material. It is compatible with common molding processes such as injection molding, extrusion, and blow molding, and there is no need to adjust the parameters of production equipment, which is convenient for downstream enterprises to apply quickly. In addition, some reinforcing and toughening masterbatches also have optimized weather resistance, which can resist the aging effect of alternating ultraviolet rays and low temperatures on materials after frost, and extend the service life of products.

From the perspective of application scope, the usage scenarios of enhanced and toughened masterbatches are highly compatible with the demands after frost's descent. In industrial scenarios, it can be used to produce agricultural greenhouse supports and outdoor pipes. The reinforced supports can withstand wind and snow loads under frost and low temperatures, and the toughened property prevents pipes from cracking due to low temperatures. In the field of outdoor facilities, enhanced and toughened masterbatches can empower outdoor leisure chairs and fitness equipment components, improve the impact resistance of products in low-temperature environments, and reduce the risk of damage during use. In the packaging field, it can be used to make heavy cargo packaging pallets and transportation turnover boxes. The enhanced strength can ensure the load-bearing requirements of goods during low-temperature transportation during frost, and the toughened property prevents pallets from cracking due to low-temperature collisions. In the automotive field, this masterbatch can also be used to produce car chassis guard plates, door panel interior brackets, and its low-temperature toughness ensures the stability of components during vehicle operation during the frost season.

The low-temperature environment during the Frost Descent period poses a severe challenge to the mechanical properties of materials. Enhanced toughening masterbatch, with its dual functions of "high strength + high toughness", provides protection for materials in industrial, outdoor, packaging and other scenarios. It not only solves the problem of low-temperature embrittlement but also ensures the strength of material usage, becoming a key additive for optimizing material performance after frost's descent.

Jiangsu Mizlion Nano Technology Co., Ltd is a technology-intensive nanomaterial manufacturer jointly founded by Shanghai Enxuan Yuan New Materials Technology Co., Ltd. and Yancheng Ruize Masterbatch Co., LTD., which holds a patent for wet grinding technology. The company focuses on the research and development and production of masterbatches for superfine fibers such as PET, PA, PP, PE, and PLA, and also provides technical solutions for functional fiber masterbatches.