Biomimetic lotus leaf structure organic silicon microspheres pilot project

Pilot test key concepts

Bionics is an ancient and young discipline. By studying the structure and function of natural organisms, humans have invented countless cases such as submarines, large airplanes, and radars. Through observation, we found that the surface of the lotus leaf has superhydrophobicity and self-cleaning properties.

The principle of the lotus leaf effect is that there are micron and nanoscale structures on the surface of the lotus leaf, and these structures work together with the chemical composition of the surface, so that the water droplets form rolling drops on the lotus leaf, thereby taking away the dust and sludge to achieve the effect of self-cleaning. The principle of the lotus leaf effect is that there are micron and nanoscale structures on the surface of the lotus leaf, and these structures work together with the chemical composition of the surface, so that the water droplets form rolling drops on the lotus leaf, thereby taking away the dust and sludge to achieve the effect of self-cleaning.

The project relies on Chengdu Mairui New Materials Technology Co., LTD. 's own resources and core technology advantages to independently develop bionic lotus leaf structure functional materials, incubating bionic lotus leaf structure silicone microspheres series products, which have high wear resistance, scratch resistance, toughness, flame retardant, anti-pollution, skin friendly and other characteristics, widely used in automotive, home appliances, smart wear and other manufacturing fields.

Project advantage and core technology

Efficiency and environmental protection, the product is directly added and used to avoid the current cumbersome surface treatment process of imitation lotus leaf structure

The size and crosslinking degree of organosilicon microspheres are controllable

Silicone microsphere surface special coating technology

Surface enrichment without precipitation equilibrium technique

The preparation of special structure corresponds to the functional application

Process route

Product application field

The surface of the material is wear-resistant and scratch-resistant

Material synergistic flame retardant, anti-dripping agent

Material surface feel improved

Anti-fouling and hydrophobic

Toughening of engineering plastics