Our company has a group of mineral experts who are well aware of the performance of various wear-resistant materials, so our company’s selection of super wear-resistant nanomaterials in rubber formulas has further enhanced the superiority of the formula.
● Our company uses natural rubber latex and nano-level additives to directly mix and solidify into rubber masterbatch at room temperature, eliminating the shearing and heating links of rubber in traditional rubber factories such as plasticizing and mixing, thus avoiding the damage of rubber polymer chains caused by heating and shearing in traditional rubber production processes.
● The rubber produced by our company using wet production technology will not be damaged by shearing and high-temperature aging, and of course there is almost no damage to the long chain of rubber polymers, thus maintaining the original excellent performance of natural rubber.
● The rubber produced by our company using wet production technology is easier to mix in liquid state, so less additives are required, and the rubber content in the rubber mixture is higher. The content of natural rubber in our company’s wear-resistant rubber can reach up to 95%.
●Our company’s room temperature high frequency vulcanization technology makes it easier for the inside and outside of thick rubber to be vulcanized synchronously, and the vulcanization time is shorter. The rubber is heated and vulcanized at the same time inside and outside, and the vulcanization quality is more uniform and the effect is better. There is no over-vulcanization or under-vulcanization phenomenon.
●Our company’s wear-resistant rubber can be tailored into different colors according to different customer needs to increase its brand value.
●Technological innovation: Adopting a unique wet formula design, appropriate mixed dispersion preparation process, and combined with nano-composite dispersion technology, we can obtain wet-process nano rubber with excellent performance. Various vulcanization additives in the rubber are evenly dispersed in the rubber elastomer in the form of nanoparticles, and the rubber molecular chain remains intact. It can be directly used for room temperature, high frequency or low temperature vulcanization, and has excellent wear resistance, strength and elasticity.