Foam nickel because of unique characteristic , unique of Attributes , like high Porosity , super big surface area , outstanding guide Electricity and Thermal stability , Incomparable happiness ! exist public Quite a few industry Central preparation by attention , That Quite a few use characteristic make That exist energy storage device , catalysis as well as filter wait field become First choice Material , thus cause Got it widely focus on and Research .
However , Tradition of Foam nickel Production method , For example powder metallurgy and Chemical gas phase deposition , exist Scalability , cost and Uniform sex aspect exist limitation . therefore , Research personnel Always exist explore substitute method Come improve Foam nickel of characteristic and performance , special focus on electrolysis Foam nickel .
electrolysis Foam nickel yes pass electricity deposition Production of , Should process involving exist electrolyte solution lieutenant general nickel layer deposition arrive Conductive base material superior . and Tradition manufacture technology compared to , Should method have Various Advantage , include better land control Foam of Porosity , thickness and microscopic structure .
in recent years , electrolysis Foam nickel Research of progress for development able Enhance of high performance Foam Nickel material material pave Got it the way . Research personnel already were able pass innovation of synthesis technology and Craftsmanship optimization Come custom made Foam nickel of surface form , Aperture distributed and Mechanical behavior .
electrolysis Foam nickel Research of The essential breakthrough one yes develop have layered pores network of three dimensional ( 3D ) Foam nickel structure . These structure Performance out Improve of mass transfer characteristic , this make That become Battery , The fuel cell and super capacitor wait electrochemistry equipment application of ideal choose .
Research personnel are explore Will carbon nanotubes , graphite ene and Metal oxide wait have specific Function Material Integrate arrive Foam nickel structure middle , by Significantly promote That electrochemistry performance , and then improve energy storage and Convert equipment efficacy and stability , Incomparable happiness !
electrolysis Foam nickel of Other one important Research field yes develop Environmental friendly and Can continued of Production method . Research personnel are explore use Even Environmental friendly of electrolyte and electricity deposition condition Come reduce Foam nickel manufacture right environment of Influence .
Overall , electrolysis Foam nickel Research of progress break in Got it material science field of obstacle , for develop have Excellent characteristic and performance of New Materials pave Got it the way . These innovation of Foam Nickel material material exist energy storage , catalytic , filter wait field of widely used have broad of prospect .