Particle Size: 50nm
Cu Powder Copper:
Because metallic copper has wide application, its consumption and production are second to that of aluminum. The micro-copper powder can be used in many applications, such as electric, mechanics and chemistry. It is thermally conductive, self-lubricating, high activity and has excellent thermal properties. The unique fundamental characteristics of nanocopper powder are the surface interfaces, quantum dimensional and quantum tunnel effects. copper dustis macroscopic. Because of its high activity, it is able to oxidize in the air and dissolve in thermal sulfuric acid or nitric acid. Copper microparticles have been widely utilized in the engineering of structural materials, aerospace, and bioengineering.
Because of its high thermal conductivity (and conductivity), copper is very durable. Copper metal dust is used as a wire or mixed with other materials to create different alloys such as copper (copper, copper, and copper). Tan and bronze are combined to make bronze. Exposure to oxygen slowly causes the copper outer layer to oxidize into black copper oxide. It may also become copper carbonate under different circumstances.
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Performance of copper powder, Cu powder:
Cu powder, CAS7440-50-8 Very pure, even distribution of particles, and easy to use.
What is Copper Powder Cu Powder made of?
There are many options for making nano-copper, and they can be separated into physical law or chemical methods.
The following are methods used to prepare copper powder by physics:
It is used by high speed airflow to disperse the copper liquid and form a fine droplet. The powder then solidifies, making it the most popular method of producing copper powder. This method offers the benefits of low cost production and minimal environmental pollution.
2. Machine ball mill
For the preparation of copper powder, the ball milling mechanical method is very popular. The ball mill’s action is driven by impacts, rolling through metallic balls and shaping it. This process has many advantages, including a simple and high-yielding process. However, it can also be prone to impurities in the manufacturing process. Also, the powder isn’t uniform.
3. Gas evaporation method
It is the main purpose of the gas evaporation process to heat the copper. This copper powder has many advantages, including a controlled size of the particles, uniform form, high purity, and good crystallinity.
The chemical method for the preparation of copper powder:
An electrodeposition process is a way to convert copper ions present in the cathode to copper powder using electrochemical methods. This technique is crucial in the preparation and storage of the metal powder. There are three methods of electrodeposition for the metal powder: the pulse method (DC), the composite total deposition and the pulse method (pulse method). The method for scaling production is electrolysis. You can easily adjust the parameters of your electrolysis to increase the efficiency, morphology and size of electrolytic copper.
2. Liquid phase reduction method
The liquid-phase reduction method is still the most popular method of preparing metal nanomaterials. Under the influence of a reducing agent, the principle behind preparing metal nanomaterials is to reduce the concentration of metal cations in the solution. body.
3. Vapor deposition method
One or more gases can be used to react with vapor and precipitate ultrafine powders by using laser, plasma or other methods. The vapor deposition method can prepare a wide range of powders like metals.
4. Sol-gel method
This method uses hydrolysis of an inorganic metal compound or metal ionic organ compound to create a sol. After solidification, the sol is dried and ground.
Copper Powder Cu Powder:
Because copper can be used in many applications, its consumption and production are second to that of aluminum. It is thermally and self-lubricating, highly active, and well-conductive. These attributes make it a valuable tool in many other fields, including electrical, mechanics, chemical, etc. The unique fundamental characteristics of nanocopper powder are the surface interfaces, quantum dimensional and quantum tunnel effects. Because copper powder is macroscopic in structure, it has an extremely high level of activity. Therefore, oxygen can occur in the air and is soluble in thermal sulfuric acids and nitric. Nano-copper powder can be used to create catalysts and lubricants and conductive coatings. It is used extensively in engineering structural materials and aerospace engineering.
Because of its high thermal conductivity (and conductivity), copper is very strong and durable. Copper can also be used as a wire or mixed with other metals in order to create different alloys such as copper (copper, copper and/or copper). Tan is used to make bronze. Exposure to oxygen slowly causes the copper outer layer to oxidize into black copper oxide. It may also become copper carbonate under different circumstances.
Cu powdered copper powder Storage Conditions:
It is important to keep this product in a dry, cool environment.
Shipping and Packing of copper powder Cu powder
We offer many packing options that are dependent on copper powder Cu powder quantities.
Packaging of Copper powder Cu powder:vacuum packaging, 100g to 500g or 1kg/bag at 25kg/barrel. Or as you request.
Ship copper powder cu powder by sea or air after receipt of payment.
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Copper Cu Powder Properties
Copper powder, Ultrafine Copper Powder, Copper powder, Cu powder. Nano Copper powder.
Nano Cu powder.
|Appearance||Reddish Metal Powder|
|Melting Point||1085 degC|
|Solubility In Water||N/A|
|Boling Point||2562 degC|
|Exact Mass||59.9668 g/mol|
Copper Cu Powder Health & Safety Information
|Flashing Point||Non applicable|
|Transport Information||UN 3089 4.1/PG2|