Adsorption material having targeting adsorption function, and preparation method thereof

Abstract

The present invention discloses an adsorption material having targeting adsorption function, and a preparation method thereof. According to the adsorption material, a specific additive capable of being impregnated with a specific chemical substance liquid in a polypropylene fiber agglomeration material, the obtained mixture, a polymer super-dispersant and a polypropylene resin are blended, a fiber aggregation material having a certain thickness is spun out through a spinning system, the fiber agglomeration material is subjected to electrochemical treatment through low temperature plasma bombardment so as to increase the surface roughness of the fiber and precipitate the effective component of the additive onto the fiber surface, such that the finally formed fiber has the sufficiently low contact angle and has the specific chemical product impregnating property so as to finally form the adsorption material having the targeting adsorption function. According to the present invention, the production process is non-toxic, non-polluting, and environmentally friendly, and the adsorption material of the present invention provides the high-quality material having the targeting adsorption function for the leakage and the wiping of the chemical substance.

Description

technical field [0001] The invention belongs to the field of material manufacturing, and in particular relates to an adsorption material with targeted adsorption function and a preparation method thereof. Background technique [0002] The main products for adsorption filtration at home and abroad on the market include microporous membranes, ion exchange resins, ion exchange fibers, activated carbon, ultrafine glass fiber mats, and synthetic fiber nonwoven materials. The microporous membrane separation technology has high operating pressure, expensive membrane and serious pollution; the price of ion exchange resin is quite high, and repeated regeneration and utilization may easily cause resin loss and rupture, and it is only used in the field of partial metal ion wastewater treatment; ion exchange fiber adopts high-energy gamma Radiation-induced functional modification is low in efficiency and expensive; activated carbon is relatively high in material cost and difficult to re...

AI Technical Summary

Problems solved by technology

The microporous membrane separation technology has high operating pressure, expensive membrane and serious pollution; the price of ion exchange resin is quite high, and repeated regeneration and utilization may easily cause resin loss and rupture, and it is only used in the field of partial metal ion wastewater treatment; ion exchange fiber adopts high-energy gamma Radiation-induced functional modification is low in efficiency and expensive; activated carbon is relatively high in material cost and difficult to recycle, so its wide application is limited; glass fiber has a large specificity, its adsorption is only surface adsorption, and its application fields are limited

However, most of the adsorbent materials on the market absorb oil, and there are few adsorbent materials that adsorb specific chemical substances. Many chemical substances leak without suitable adsorbent materials to deal with them in time.