Silicon rubber and negative oxygen ion powder blending closed-cell foaming material and preparation method thereof

Abstract

The invention relates to the technical field of foaming materials, and provides a silicon rubber and negative oxygen ion powder blending closed-cell foaming material and a preparation method thereof. Negative oxygen ion powder of the silicon rubber and negative oxygen ion powder blending closed-cell foaming material can still be effectively combined with a silicon rubber raw material under a condition of maintaining high bioactivity, so that the dispersivity of the negative oxygen ion powder on rubber molecules can be effectively improved; all the original excellent physical properties of the rubber can be effectively kept, and enough negative oxygen ions can be effectively fully released; a prepared product can continuously release 1,500 pcs per cubic meters of the negative oxygen ions in a static state and 8,000 pcs per cubic meters of the negative oxygen ions in a dynamic state, so that the air quality of the environment can be improved, and the health of a human body is benefited; furthermore, the properties of the silicon rubber such as low and high temperature resistance, moisture resistant and electric insulation are maintained; meanwhile, the preparation method of the silicon rubber and negative oxygen ion powder blending closed-cell foaming material is easy to operate and implement, and is suitable for large-batch production and use.

Description

technical field [0001] The invention relates to a foaming material, in particular to a closed-cell foaming material blended with silicone rubber and negative oxygen ion powder and a preparation method thereof. Background technique [0002] Silicone rubber foam materials have good thermal stability, low temperature flexibility, moisture resistance, weather resistance and electrical insulation, and are widely used in various fields of the national economy. Silicone rubber is used in the field of automotive electronics, as shock absorption, sound insulation, sealing, electrical insulation materials, etc.; in the field of aerospace, it can be used as a filling material for propellers and wing cabins; in the field of construction, it can be used as a high-rise building expansion and contraction material Sealing materials for joints and grounding joints; used in the medical field, can be used as filling and repairing materials for medical orthopedic surgery; used in the field of d...

AI Technical Summary

Problems solved by technology

Plastics, rubber, and rubber products containing tourmaline components and tender shale (negative oxygen ion powder) produced according to the aforementioned technology can be widely used in sporting goods, medical protective gear, dining utensils, office supplies, automotive interiors, decorations, etc. Materials and other products, when people use and touch such products, these products will exert the characteristics of tourmaline and tender shale (negative oxygen ion characteristics), can purify the surrounding environment and water quality, release negative oxygen ions, stimulate cell activity, and promote plant growth. Growth and development, prevention of electromagnetic radiation, etc., make people benefit from it. However, due to the material differences between rubber materials and tourmaline powder and tender shale, and tourmaline powder and tender shale also have high biological activity, for foaming materials It is difficult to say that the poor dispersion after processing and integration is difficult. If tourmaline powder and tender shale cannot be effectively and evenly dispersed in rubber molecules to form clusters, it will not only affect the quality of rubber products, but also cannot fully release a sufficient amount of negative energy. Oxygen ions cannot give full play to the effect of air energy negative oxygen ion powder, and the concentration of negative oxygen ions released by the product cannot reach 200-400 per cubic centimeter in static state and 400-1000 per cubic centimeter in dynamic state, and there is no improvement The air quality of the surrounding environment and the original intention of being beneficial to physical and mental health, therefore, how to improve the dispersion of negative oxygen ion powder in rubber, reduce costs, and improve the comprehensive physical properties of products, thereby enhancing the ecological health of rubber products is the current foaming material technology. Important technical issues that urgently need to be solved in the field

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