In order to expand the range of applications of nanomaterials in rubber, in addition to using a suitable composite process to ensure that nanomaterials are highly matched to rubber to ensure good affinity between them; uniform dispersion of nanomaterials in the rubber matrix is ​​also critical. In addition to relying on a suitable composite process, […]

In recent years, the use of computers in the industrial field has been expanding. As far as the rubber suction cup manufacturing industry is concerned, computer applications have entered various fields such as suction cup design, formula design, and workshop production management. The program control of using a computer group to control multiple vulcanization tanks […]

To use nanomaterials in rubber suction cup processing, the first problem encountered is how to make the nano-scale powder material smoothly enter the rubber and evenly disperse, because only the composite of rubber/nano material can exert the nano-effect. It is well known that all nano-powder particles have a diameter of less than 100 nm, and […]

Practice has proved that when the fineness of different kinds of fillers reaches nanometer level, the various mechanical properties of the suction cup can be greatly improved, and the compound of N330 (corresponding to the new process carbon black of high wear-resistant carbon black) can be greatly improved. The mechanical performance gap is greatly reduced. […]

The application history of nanomaterials in the manufacture of rubber suction cups is not too short. Before the concept of “nanomaterials” was familiar to the rubber industry, the diameter of the carbon black (except thermal black) particles used in most rubber suction cup materials In fact, they are all within the nanometer range, and the […]