30results about How to "High reduction potential" patented technology

A preparation method of gel polymer electrolyte disclosed in the invention includes dissolve polymer matrix in water, adding dispersion of halide ionic liquid and carbon nanotube, adding lithium sulfate solution, removing excess wat, and preparing gel polymer electrolyte with redox activity. The preparation method of the gel polymer electrolyte of the invention is simple, and the self-discharge phenomenon of the supercapacitor can be effectively reduced. The invention also discloses the application of the prepared gel polymer electrolyte in a supercapacitor, in particular an active electrolyteenhanced supercapacitor.

The invention discloses pre-orientated polyester filament yarn and a manufacturing method thereof. The manufacturing method comprises the following steps that 1, a fiber-grade PET board is cut into chips, and the PET chips are dried for twice to enable the moisture content of the PET chips to be smaller than or equal to 25 ppm; dried PET chips are fused, hexadecyl trimethyl silver ammonium bromide, 1,1'-sulfo-bis(2-naphthol), 2-hydroxybenzophenone and a nickelous EDTA complex are added after the dried PET chips are completely fused, and after the materials are evenly mixed, filamentation is performed through extrusion forming and cooling is performed; 2, PET yarn obtained in the step 1 is sequentially processed through collecting through a first roller, heating through an upper heating box, twisting through a heater, drawing through a second roller, sizing through a lower heating box, further sizing through a third roller, oiling through an oiling device and forming through a winding roll to obtain the pre-orientated polyester filament yarn, wherein a chemical fiber oiling agent is contained in the oiling device, and the production speed of the pre-orientated polyester filament yarn is controlled at 3300 rad / min. The pre-orientated polyester filament yarn has the better anti-ultraviolet property and the higher breaking strength.

The invention discloses an anticorrosion and antibacterial treatment method for iron art railings, which comprises six major steps of pretreatment, phosphating treatment, dust removal treatment, antibacterial treatment, and antiseptic treatment. Silver plating and re-plating treatment can make it have excellent antibacterial performance. In the anti-corrosion treatment step, Interpon 600AM, a subsidiary of AkzoNobel, is used to inhibit bacterial regeneration powder. The minimum antibacterial efficiency is 95% tested by ISO 22196‑2011 , which can make the treated wrought iron railings have excellent anti-corrosion performance; the whole treatment process is simple, easy to realize, and has a high degree of industrialization in production.