Copper foam electrolytic material copper foam 1.6T purification carrier copper foam

Copper foam electrolytic material copper foam. Purification carrier copper foam
1. Pore characteristics and volume density
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2. Main features:
) Copper foam has excellent thermal conductivity and can be widely used for heat conduction and heat dissipation of motors/electrical appliances and electronic components
) Due to its excellent conductive properties, copper foam is also being used as electrode materials for nickel-zinc batteries and electric double layer capacitors.
3) Due to the structural characteristics of copper foam and its basically harmless to the human body Characteristics, copper foam is also an excellent medical filter material and water purification filter material
3. Application fields:
Electrode material. Excellent conductive properties enable copper foam to be widely used as electrode skeleton materials for new batteries such as nickel-zinc batteries and electric double layer capacitors. Currently, copper foam has been trialled by many nickel-zinc battery manufacturers and put into batch use. At the same time, foam Copper is expected to be widely used as an electrode current collector for electric double layer capacitors. In addition, copper foam also has very broad prospects as an electrode material for electrolytic recycling of copper-containing wastewater.
Catalyst. In many organic chemical reactions, people have tried to directly use copper foam with a large specific surface area to replace punched copper plates. As a chemical reaction catalyst, copper foam has also been successfully used as a photocatalytic air purification carrier.
Thermal conductive materials. Copper foam has excellent thermal conductivity, making it a flame-retardant material with excellent performance. It has been used in many advanced fire-fighting equipment abroad, especially as a flame isolation equipment. In addition, people use the excellent thermal conductivity of copper foam and With apparent permeability, it can be made into heat dissipation materials for motors and electrical appliances.
Silencing and shielding materials. Sound waves diffusely reflect on the surface of copper foam, and achieve the effect of silencing through expansion silencing, micropore silencing and other principles. The shielding performance of copper is close to that of silver, and it is an electromagnetic shielding material with excellent performance.
Filter material. Copper foam products, which have excellent structural properties and are basically harmless to the human body, have also been successfully used as medical filter materials. At the same time, copper foam also has good prospects for use in water purification devices.
Fluid pressure buffer material. The dispersion and buffering effects of copper foam on fluids make it effective as a pressure reduction protection device for various pressure instruments.
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Features:
, ultra-light weight, has the largest specific surface area, specific gravity is .~.3, it is water/, wood/3 , metal aluminum/, iron
Super light quality.
Sound absorption: The porous structure has wide-frequency sound absorption characteristics.
Electron wave shielding passes through the relatively thin thickness, shielding the left and right electron waves.
Processing performance: can be cut, bent, and simply pasted.
. Fire resistance: maintains stable shape, is difficult to burn at high temperatures, and is resistant to high temperatures.
, Recycling: Metal scrap materials can be recycled.
. Thermal conductivity: Porous materials have strong thermal conductivity. , Breathable: homogeneous three-dimensional network structure, has a filtering effect, and has excellent stability in the flow of gas and fluid

Sound insulation: Through additional processing, a high noise interception can be obtained, and the sound insulation effect is good.
Exquisite appearance, practical interior: through various processing, it is suitable for interior decoration.
, resistant to high temperatures and above, resistant to various acid and alkali corrosion, good permeability, uniform pore structure, and fast heating and heat transfer.
3. Application fields: exhaust gas purifier carrier materials, battery electrode materials, various catalyst carriers, especially filter materials that require resistance to high temperature and acid and alkali corrosion, surface materials for infrared burners, various industrial and civil applications Heating materials for drying equipment, etc.
In the field of chemical power sources, it is used in foamed nickel positive and negative electrodes such as nickel metal hydride, nickel cadmium, and fuel cells to double the battery performance. Foamed nickel-carbon composite electrode materials are ideal for lithium batteries. Material.
In the field of chemical engineering, it can be used as catalysts and their carriers, filter media, and media in separators (such as oil-water separators, automobile exhaust purifiers, air purifiers, etc.). Because of its large specific surface area, it can reduce energy consumption and improve efficiency.
In the field of electrochemical engineering, it is used for electrolytic hydrogen production, electrocatalytic processes, electrochemical metallurgy, etc., which can significantly improve energy efficiency.
In the field of thermal engineering, it can be used both as a damping material and as an efficient heat-conducting wick material for heat pipes, doubling the efficiency.
In the field of functional materials, it can be used as damping materials to absorb wave energy, silence, vibration absorption, buffer electromagnetic shielding, stealth technology, flame retardant, thermal insulation, etc. Distillation tower packing, condenser heat exchange materials, chemical catalyst carrier materials, Power battery electrode materials, industrial filter materials, high-end decorative materials, industrial filters.