High-temperature insulation coating new technology approaching thermal insulation limit

Beijing Zhisheng Weihua Chemical Co., Ltd. through continuous technological innovation of dozens of technical R&D personnel, tens of thousands of experiments in the laboratory, and continuous feedback from the application results on the site, ZS-1 high temperature insulation and thermal insulation coating insulation technology is also significant Breakthrough, thermal insulation effect is close to the thermal insulation limit.

ZS-1 high temperature thermal insulation coating coefficient of resistance is 0.03W/mK, temperature 1800 °C, thermal insulation inhibition efficiency of up to 90%, based on the original performance of the above coating, the main technical innovation Is to carry out technological innovation through three aspects: 1. Adding natural active materials in ceramic microbead ceramic materials; this material can release ions with the same charge; 2. The ceramic microbead wall is not a solid but a certain amount of Hollow body, that is, there is a certain static air layer in the ceramic wall; 3, ceramic micro-bead wall thickness is more uniform; through the above technological innovation, this kind of high-temperature insulation coating in the beads, as well as beads and beads Instead of simple static air or vacuum, there are a large number of ions with the same charge. Electromagnetic waves emitted by ions with the same charge can effectively shield the electromagnetic waves of thermal energy, and can more effectively prevent the conduction of heat energy. The wall thickness of the hollow layer and bead on the ceramic microbead wall is uniform, which can effectively reduce the thermal conductivity coefficient of the coating, and the compressive strength and the expansion coefficient are more uniform.

After the technical innovation, Beijing Zhisheng Weihua Chemical Co., Ltd.'s ZS-1 high-temperature heat insulation and heat insulation coating has more prominent heat insulation performance, and its heat insulation and heat insulation properties are close to the limit of heat insulation and heat preservation.